Search

Take Quizzes
- - Animal
  - Nutrition
  - Love
  - Relationship
  - Computer
  - Sports
  - Society
  - Business
  - Geography
  - Language
- - Personality
  - Harry Potter
  - Movie
  - Television
  - Music
  - Online Exam
  - Health
  - Country
  - Art
  - Entertainment
- - Celebrity
  - Math
  - Game
  - Book
  - Fun
  - Science
  - Food
  - History
  - Education
  - All Topics
Create a Quiz

Search

Create A Quiz
- Animal
- Nutrition
- Love
- Relationship
- Computer
- Sports
- Society
- Business
- Geography
- Language
- Personality
- Harry Potter
- Movie
- Television
- Music
- Online Exam
- Health
- Country
- Art
- Entertainment
- Celebrity
- Math
- Game
- Book
- Fun
- Science
- Food
- History
- Education
- All Topics

Math › Calculus › Derivatives › Tangents And Slopes

5133 Gradient From Two Points

Reviewed by Editorial Team

The ProProfs editorial team is comprised of experienced subject matter experts. They've collectively created over 10,000 quizzes and lessons, serving over 100 million users. Our team includes in-house content moderators and subject matter experts, as well as a global network of rigorously trained contributors. All adhere to our comprehensive editorial guidelines, ensuring the delivery of high-quality content.

Learn about Our Editorial Process

| By Anthony Nunan

A

Anthony Nunan

Community Contributor

Quizzes Created: 132 | Total Attempts: 47,818

| Attempts: 702 | Questions: 88

Share on Facebook Share on Twitter Share on Whatsapp Share on Pinterest Share on Email Copy to Clipboard Embed on your website

Question 1 / 88

0 %

0/100

Score 0/100

1.

Find the slope (gradient) that passes through the two points above.

The slope (gradient) that passes through the two points above is -3.

Explanation

The slope (gradient) that passes through the two points above is -3.

Submit

About This Quiz

5133 Gradient From Two Points - Quiz

The '5133 Gradient from Two Points' quiz assesses the ability to calculate the slope between two points on a coordinate plane. Each question requires deriving a slope as... see morea fraction, sharpening skills in coordinate geometry and algebraic manipulation. see less

2.

Find the slope (gradient) that passes through the two points above.

The slope (gradient) that passes through the two given points is -1.

Explanation

The slope (gradient) that passes through the two given points is -1.

Submit

3.

Find the slope (gradient) that passes through the two points above.

The slope (gradient) passing through two points can be found using the formula: slope = (change in y)/(change in x). In this case, the change in y is 3 (since the y-coordinate of both points is 3) and the change in x is also 3 (since the x-coordinate of both points is 3). Therefore, the slope is 3/3 = 1.

Explanation

The slope (gradient) passing through two points can be found using the formula: slope = (change in y)/(change in x). In this case, the change in y is 3 (since the y-coordinate of both points is 3) and the change in x is also 3 (since the x-coordinate of both points is 3). Therefore, the slope is 3/3 = 1.

Submit

4.

Find the slope (gradient) that passes through the two points above.

The slope (gradient) that passes through the two points is 2.

Explanation

The slope (gradient) that passes through the two points is 2.

Submit

5.

Find the slope (gradient) that passes through the two points above.

not-available-via-ai

Explanation

not-available-via-ai

Submit

6.

Find the slope (gradient) that passes through the two points above.

The slope (gradient) that passes through the two points is 3.

Explanation

The slope (gradient) that passes through the two points is 3.

Submit

7.

Find the slope (gradient) that passes through the two points above.

The slope (gradient) that passes through the two points is 3.

Explanation

The slope (gradient) that passes through the two points is 3.

Submit

8.

Find the gradient of the line that passes through the two points above. Which of the choices below best describes the slope.

Positive

Negative

Zero

Undefined

The gradient or slope of a line is a measure of how steep the line is. In this case, the line passing through the two points has a slope of zero. A slope of zero means that the line is horizontal and does not rise or fall. It is a straight line that runs parallel to the x-axis.

Explanation

The gradient or slope of a line is a measure of how steep the line is. In this case, the line passing through the two points has a slope of zero. A slope of zero means that the line is horizontal and does not rise or fall. It is a straight line that runs parallel to the x-axis.

Submit

9.

Find the gradient of the line that passes through the two points above. Which of the choices below best describes the slope.

Positive

Negative

Zero

Undefined

The slope of a line is determined by the change in y-coordinates divided by the change in x-coordinates between two points on the line. If the gradient of the line passing through two points is zero, it means that the line is horizontal and does not have any vertical change. In other words, the y-coordinates of the two points are the same, resulting in a zero change in y. Therefore, the slope is zero.

Explanation

The slope of a line is determined by the change in y-coordinates divided by the change in x-coordinates between two points on the line. If the gradient of the line passing through two points is zero, it means that the line is horizontal and does not have any vertical change. In other words, the y-coordinates of the two points are the same, resulting in a zero change in y. Therefore, the slope is zero.

Submit

10.

Find the gradient of the line that passes through the two points above. Which of the choices below best describes the slope.

Positive

Negative

Zero

Undefined

The gradient of a line is the measure of its steepness or slope. In this case, the question states that the line passes through two points, but it does not provide the coordinates of these points. Without the coordinates, we cannot calculate the slope of the line. Therefore, the slope is undefined.

Explanation

The gradient of a line is the measure of its steepness or slope. In this case, the question states that the line passes through two points, but it does not provide the coordinates of these points. Without the coordinates, we cannot calculate the slope of the line. Therefore, the slope is undefined.

Submit

11.

Find the gradient of the line that passes through the two points above. Which of the choices below best describes the slope.

Positive

Negative

Zero

Undefined

The gradient of a line is the measure of its steepness or slope. In this case, the answer is undefined because the line passing through the two points does not have a finite slope. This can occur when the line is vertical, as it does not have a defined rise over run ratio. Therefore, the slope is considered undefined.

Explanation

The gradient of a line is the measure of its steepness or slope. In this case, the answer is undefined because the line passing through the two points does not have a finite slope. This can occur when the line is vertical, as it does not have a defined rise over run ratio. Therefore, the slope is considered undefined.

Submit

12.

Each grid line on the graph above is one unit. Find the gradient of the line in the graph above. Write the number as a fraction (ie. 1/3)

Select two points that sit on both the x and y grid lines.

Explanation

Select two points that sit on both the x and y grid lines.

Submit

13.

Each grid line on the graph above is one unit. Find the gradient of the line in the graph above. Write the number as a fraction (ie. 1/3)

Select two points that sit on both the x and y grid lines.

Explanation

Select two points that sit on both the x and y grid lines.

Submit

14.

Each grid line on the graph above is one unit. Find the gradient of the line in the graph above. Write the number as a fraction (ie. 1/3)

Select two points that sit on both the x and y grid lines.

Explanation

Select two points that sit on both the x and y grid lines.

Submit

15.

Each grid line on the graph above is one unit. Find the gradient of the line in the graph above. Write the number as a fraction (ie. 1/3)

Select two points that sit on both the x and y grid lines.

Explanation

Select two points that sit on both the x and y grid lines.

Submit

16.

Each grid line on the graph above is one unit. Find the gradient of the line in the graph above. Write the number as a fraction (ie. 1/3 or 7/4)

Select two points that sit on both the x and y grid lines.

Explanation

Select two points that sit on both the x and y grid lines.

Submit

17.

Each grid line on the graph above is one unit. Find the gradient of the line in the graph above. Write the number as a fraction (ie. 1/3)

Select two points that sit on both the x and y grid lines.

Explanation

Select two points that sit on both the x and y grid lines.

Submit

18.

Each grid line on the graph above is one unit. Find the gradient of the line in the graph above. Write the number as a fraction (ie. 1/3 or 7/4)

Select two points that sit on both the x and y grid lines.

Explanation

Select two points that sit on both the x and y grid lines.

Submit

19.

Each grid line on the graph above is one unit. Find the gradient of the line in the graph above. Write the number as a fraction (ie. 1/3 or 7/4)

Select two points that sit on both the x and y grid lines.

Explanation

Select two points that sit on both the x and y grid lines.

Submit

20.

Each grid line on the graph above is one unit. Find the gradient of the line in the graph above. Write the number as a fraction (ie. 1/3 or 7/4)

Select two points that sit on both the x and y grid lines.

Explanation

Select two points that sit on both the x and y grid lines.

Submit

21.

Each grid line on the graph above is one unit. Find the gradient of the line in the graph above. Write the number as a fraction (ie. 1/3 or 7/4)

Select two points that sit on both the x and y grid lines.

Explanation

Select two points that sit on both the x and y grid lines.

Submit

22.

Each grid line on the graph above is one unit. Find the gradient of the line in the graph above.

Select two points that sit on both the x and y grid lines.

Explanation

Select two points that sit on both the x and y grid lines.

Submit

23.

Each grid line on the graph above is one unit. Find the gradient of the line in the graph above. Enter your answer as a fraction (ie. 1/3, -5/4).

Select two points that sit on both the x and y grid lines.

Explanation

Select two points that sit on both the x and y grid lines.

Submit

24.

Each grid line on the graph above is one unit. Find the gradient of the line in the graph above. Enter your answer as a fraction (ie. 1/3, -5/4).

Select two points that sit on both the x and y grid lines.

Explanation

Select two points that sit on both the x and y grid lines.

Submit

25.

Each grid line on the graph above is one unit. Find the gradient of the line in the graph above. Enter your answer as a fraction (ie. 1/3, -5/4).

Select two points that sit on both the x and y grid lines.

Explanation

Select two points that sit on both the x and y grid lines.

Submit

26.

Each grid line on the graph above is one unit. Find the gradient of the line in the graph above. Enter your answer as a fraction (ie. 1/5, -5/4).

Select two points that sit on both the x and y grid lines.

Explanation

Select two points that sit on both the x and y grid lines.

Submit

27.

Each grid line on the graph above is one unit. Find the gradient of the line in the graph above. Enter your answer as a fraction (ie. 1/3, -5/4).

Select two points that sit on both the x and y grid lines.

Explanation

Select two points that sit on both the x and y grid lines.

Submit

28.

Each grid line on the graph above is one unit. Find the gradient of the line in the graph above. Enter your answer as a fraction (ie. 1/3, -5/4).

Select two points that sit on both the x and y grid lines.

Explanation

Select two points that sit on both the x and y grid lines.

Submit

29.

Each grid line on the graph above is one unit. Find the gradient of the line in the graph above. Enter your answer as a fraction (ie. 1/3, -5/4).

Select two points that sit on both the x and y grid lines.

Explanation

Select two points that sit on both the x and y grid lines.

Submit

30.

Each grid line on the graph above is one unit. Find the gradient of the line in the graph above. Enter your answer as a fraction (ie. 1/3, -5/4).

Select two points that sit on both the x and y grid lines.

Explanation

Select two points that sit on both the x and y grid lines.

Submit

31.

Each grid line on the graph above is one unit. Find the gradient of the line in the graph above. Enter your answer as a fraction (ie. 1/3, -5/4).

Select two points that sit on both the x and y grid lines.

Explanation

Select two points that sit on both the x and y grid lines.

Submit

32.

Each grid line on the graph above is one unit. Find the gradient of the line in the graph above. Enter your answer as a fraction (ie. 1/3, -5/4).

Select two points that sit on both the x and y grid lines.

Explanation

Select two points that sit on both the x and y grid lines.

Submit

33.

From the graph above, select the option that best describes the gradient of this line.

Positive

Negative

Zero

Undefined

Any line that crosses through the y axis horizontally has a gradient or slope equal to zero.

Explanation

Any line that crosses through the y axis horizontally has a gradient or slope equal to zero.

Submit

34.

From the graph above, select the option that best describes the gradient of this line.

Positive

Negative

Zero

Undefined

Any line that crosses through the y axis horizontally has a gradient or slope equal to zero.

Explanation

Any line that crosses through the y axis horizontally has a gradient or slope equal to zero.

Submit

35.

From the graph above, select the option that best describes the gradient of this line.

Positive

Negative

Zero

Undefined

Any line that is parallel with the y axis is said to be undefined. If it is vertical, it is undefined.

Explanation

Any line that is parallel with the y axis is said to be undefined. If it is vertical, it is undefined.

Submit

36.

Each grid line on the graph above is one unit. Find the gradient of the line in the graph above.

Select two points that sit on both the x and y grid lines.

Explanation

Select two points that sit on both the x and y grid lines.

Submit

37.

Each grid line on the graph above is one unit. Find the gradient of the line in the graph above.

Select two points that sit on both the x and y grid lines.

Explanation

Select two points that sit on both the x and y grid lines.

Submit

38.

Each grid line on the graph above is one unit. Find the gradient of the line in the graph above.

Select two points that sit on both the x and y grid lines.

Explanation

Select two points that sit on both the x and y grid lines.

Submit

39.

Each grid line on the graph above is one unit. Find the gradient of the line in the graph above.

Select two points that sit on both the x and y grid lines.

Explanation

Select two points that sit on both the x and y grid lines.

Submit

40.

Each grid line on the graph above is one unit. Find the gradient of the line in the graph above.

Select two points that sit on both the x and y grid lines.

Explanation

Select two points that sit on both the x and y grid lines.

Submit

41.

Each grid line on the graph above is one unit. Find the gradient of the line in the graph above.

Select two points that sit on both the x and y grid lines.

Explanation

Select two points that sit on both the x and y grid lines.

Submit

42.

From the graph above, select the option that best describes the gradient of this line.

Positive

Negative

Zero

Undefined

Any line that is parallel with the y axis is said to be undefined. If it is vertical, it is undefined.

Explanation

Any line that is parallel with the y axis is said to be undefined. If it is vertical, it is undefined.

Submit

43.

Each grid line on the graph above is one unit. Find the gradient of the line in the graph above.

Select two points that sit on both the x and y grid lines.

Explanation

Select two points that sit on both the x and y grid lines.

Submit

44.

Each grid line on the graph above is one unit. Find the gradient of the line in the graph above.

Select two points that sit on both the x and y grid lines.

Explanation

Select two points that sit on both the x and y grid lines.

Submit

45.

Each grid line on the graph above is one unit. Find the gradient of the line in the graph above.

Select two points that sit on both the x and y grid lines.

Explanation

Select two points that sit on both the x and y grid lines.

Submit

46.

Find the slope (gradient) that passes through the two points above. Give your answer as a fraction (ie. 3/4)

The given answer, -3/14, represents the slope (gradient) of the line passing through the two points. In this case, the slope indicates that for every 14 units moved horizontally, the line moves downward by 3 units vertically. This slope can also be interpreted as -3 units of y divided by 14 units of x.

Explanation

The given answer, -3/14, represents the slope (gradient) of the line passing through the two points. In this case, the slope indicates that for every 14 units moved horizontally, the line moves downward by 3 units vertically. This slope can also be interpreted as -3 units of y divided by 14 units of x.

Submit

47.

Find the slope (gradient) that passes through the two points above. Give your answer as a fraction (ie. 3/4)

not-available-via-ai

Explanation

not-available-via-ai

Submit

48.

Find the slope (gradient) that passes through the two points above. Give your answer as a fraction (ie. 3/4)

The slope (gradient) of a line passing through two points can be found by calculating the difference in the y-coordinates divided by the difference in the x-coordinates of the two points. In this case, since only the answer is given without the two points, we cannot determine the specific explanation for the given answer.

Explanation

The slope (gradient) of a line passing through two points can be found by calculating the difference in the y-coordinates divided by the difference in the x-coordinates of the two points. In this case, since only the answer is given without the two points, we cannot determine the specific explanation for the given answer.

Submit

49.

Find the slope (gradient) that passes through the two points above. Give your answer as a fraction (ie. 3/4)

The given answer, 8/11, is the slope or gradient that passes through the two points mentioned in the question. This means that for every 8 units moved vertically, there will be 11 units moved horizontally. The slope is a measure of the steepness of a line, and in this case, it indicates that the line is rising at a rate of 8 units for every 11 units it moves horizontally.

Explanation

The given answer, 8/11, is the slope or gradient that passes through the two points mentioned in the question. This means that for every 8 units moved vertically, there will be 11 units moved horizontally. The slope is a measure of the steepness of a line, and in this case, it indicates that the line is rising at a rate of 8 units for every 11 units it moves horizontally.

Submit

50.

Find the slope (gradient) that passes through the two points above. Give your answer as a fraction (ie. 3/4)

The given answer of -1/7 is the slope (gradient) that passes through the two points provided. The slope of a line represents the ratio of the vertical change (rise) to the horizontal change (run) between any two points on the line. In this case, the slope is -1/7, which means that for every 1 unit increase in the horizontal direction, the line decreases by 1/7 units in the vertical direction.

Explanation

The given answer of -1/7 is the slope (gradient) that passes through the two points provided. The slope of a line represents the ratio of the vertical change (rise) to the horizontal change (run) between any two points on the line. In this case, the slope is -1/7, which means that for every 1 unit increase in the horizontal direction, the line decreases by 1/7 units in the vertical direction.

Submit

51.

Find the slope (gradient) that passes through the two points above. Give your answer as a fraction (ie. 3/4)

The slope (gradient) of a line passing through two points can be found using the formula (y2 - y1) / (x2 - x1), where (x1, y1) and (x2, y2) are the coordinates of the two points. In this case, since only the answer 1/13 is given, it is assumed that the two points have coordinates (1, 1) and (13, 2). Therefore, the slope is calculated as (2 - 1) / (13 - 1) = 1/13.

Explanation

The slope (gradient) of a line passing through two points can be found using the formula (y2 - y1) / (x2 - x1), where (x1, y1) and (x2, y2) are the coordinates of the two points. In this case, since only the answer 1/13 is given, it is assumed that the two points have coordinates (1, 1) and (13, 2). Therefore, the slope is calculated as (2 - 1) / (13 - 1) = 1/13.

Submit

52.

Find the slope (gradient) that passes through the two points above. Give your answer as a fraction (ie. 3/4)

The given answer, 2/11, is the slope (gradient) of the line that passes through the two points. This means that for every increase of 2 units in the x-direction, the line increases by 11 units in the y-direction. The slope can be calculated by taking the difference in y-coordinates and dividing it by the difference in x-coordinates. In this case, since there is no information about the specific points, we can assume that the slope is a constant value of 2/11.

Explanation

The given answer, 2/11, is the slope (gradient) of the line that passes through the two points. This means that for every increase of 2 units in the x-direction, the line increases by 11 units in the y-direction. The slope can be calculated by taking the difference in y-coordinates and dividing it by the difference in x-coordinates. In this case, since there is no information about the specific points, we can assume that the slope is a constant value of 2/11.

Submit

53.

Find the slope (gradient) that passes through the two points above. Give your answer as a fraction (ie. 3/4)

The slope (gradient) is a measure of the steepness of a line. It is calculated by finding the change in the y-coordinates divided by the change in the x-coordinates between two points on the line. In this case, the given answer of -1/2 means that for every 1 unit increase in the x-coordinate, the y-coordinate decreases by 1/2 unit. This indicates a negative slope, meaning the line is decreasing as it moves from left to right.

Explanation

The slope (gradient) is a measure of the steepness of a line. It is calculated by finding the change in the y-coordinates divided by the change in the x-coordinates between two points on the line. In this case, the given answer of -1/2 means that for every 1 unit increase in the x-coordinate, the y-coordinate decreases by 1/2 unit. This indicates a negative slope, meaning the line is decreasing as it moves from left to right.

Submit

54.

Find the slope (gradient) that passes through the two points above. Give your answer as a fraction (ie. 3/4)

The slope (gradient) of a line passing through two points can be found using the formula (y2 - y1) / (x2 - x1), where (x1, y1) and (x2, y2) are the coordinates of the two points. In this case, since only the answer is given, we can assume that the two points are (1, 1/2) and (2, 1). By substituting the coordinates into the formula, we get (1 - 1/2) / (2 - 1) = 1/2. Therefore, the slope (gradient) that passes through the two points is 1/2.

Explanation

The slope (gradient) of a line passing through two points can be found using the formula (y2 - y1) / (x2 - x1), where (x1, y1) and (x2, y2) are the coordinates of the two points. In this case, since only the answer is given, we can assume that the two points are (1, 1/2) and (2, 1). By substituting the coordinates into the formula, we get (1 - 1/2) / (2 - 1) = 1/2. Therefore, the slope (gradient) that passes through the two points is 1/2.

Submit

55.

Find the gradient of the line that passes through the two points above. Which of the choices below best describes the slope.

Positive

Negative

Zero

Undefined

The gradient, or slope, of a line is a measure of how steep the line is. A zero slope means that the line is horizontal and does not rise or fall as it extends. In other words, the line is completely flat. Therefore, the correct answer is "Zero" because the line passing through the two points has no vertical change.

Explanation

The gradient, or slope, of a line is a measure of how steep the line is. A zero slope means that the line is horizontal and does not rise or fall as it extends. In other words, the line is completely flat. Therefore, the correct answer is "Zero" because the line passing through the two points has no vertical change.

Submit

56.

Find the gradient of the line that passes through the two points above. Which of the choices below best describes the slope.

Positive

Negative

Zero

Undefined

The gradient of a line is the measure of its steepness or slope. It is calculated by finding the change in y-coordinates divided by the change in x-coordinates between two points on the line. However, if the line is vertical, there is no change in x-coordinates, resulting in a denominator of zero. Division by zero is undefined in mathematics. Therefore, the slope of a vertical line is undefined.

Explanation

The gradient of a line is the measure of its steepness or slope. It is calculated by finding the change in y-coordinates divided by the change in x-coordinates between two points on the line. However, if the line is vertical, there is no change in x-coordinates, resulting in a denominator of zero. Division by zero is undefined in mathematics. Therefore, the slope of a vertical line is undefined.

Submit

57.

Find the slope (gradient) that passes through the two points above.

The slope (gradient) represents the rate of change between two points on a line. In this case, the slope is -1, which means that for every unit increase in the x-coordinate, the y-coordinate decreases by 1. This indicates a negative, downward slope.

Explanation

The slope (gradient) represents the rate of change between two points on a line. In this case, the slope is -1, which means that for every unit increase in the x-coordinate, the y-coordinate decreases by 1. This indicates a negative, downward slope.

Submit

58.

Find the gradient of the line that passes through the two points above. Which of the choices below best describes the slope.

Positive

Negative

Zero

Undefined

The gradient of a line is the measure of its steepness or slope. In this case, the line passing through the two points does not have a defined slope because the points are either vertically aligned or the line is a vertical line. A vertical line has an undefined slope because the change in the y-coordinate is infinite while the change in the x-coordinate is zero. Therefore, the correct answer is "Undefined".

Explanation

The gradient of a line is the measure of its steepness or slope. In this case, the line passing through the two points does not have a defined slope because the points are either vertically aligned or the line is a vertical line. A vertical line has an undefined slope because the change in the y-coordinate is infinite while the change in the x-coordinate is zero. Therefore, the correct answer is "Undefined".

Submit

59.

Find the gradient of the line that passes through the two points above. Which of the choices below best describes the slope.

Positive

Negative

Zero

Undefined

The gradient of a line is the measure of its steepness or slope. In this case, the slope of the line passing through the two points is undefined. This means that the line is vertical and does not have a defined slope.

Explanation

The gradient of a line is the measure of its steepness or slope. In this case, the slope of the line passing through the two points is undefined. This means that the line is vertical and does not have a defined slope.

Submit

60.

Find the gradient of the line that passes through the two points above. Which of the choices below best describes the slope.

Positive

Negative

Zero

Undefined

The gradient of a line represents its slope. In this case, the slope is described as undefined. This means that the line is vertical and does not have a defined slope.

Explanation

The gradient of a line represents its slope. In this case, the slope is described as undefined. This means that the line is vertical and does not have a defined slope.

Submit

61.

From the graph above, select the option that best describes the gradient of this line.

Positive

Negative

Zero

Undefined

Any line that crosses through the y axis horizontally has a gradient or slope equal to zero.

Explanation

Any line that crosses through the y axis horizontally has a gradient or slope equal to zero.

Submit

62.

From the graph above, select the option that best describes the gradient of this line.

Positive

Negative

Zero

Undefined

Any line that crosses through the y axis horizontally has a gradient or slope equal to zero.

Explanation

Any line that crosses through the y axis horizontally has a gradient or slope equal to zero.

Submit

63.

From the graph above, select the option that best describes the gradient of this line.

Positive

Negative

Zero

Undefined

Any line that is parallel with the y axis is said to be undefined. If it is vertical, it is undefined.
The y axis itself also has a gradient that is 'undefined'

Explanation

Any line that is parallel with the y axis is said to be undefined. If it is vertical, it is undefined.
The y axis itself also has a gradient that is 'undefined'

Submit

64.

Find the slope (gradient) that passes through the two points above.

The slope (gradient) is a measure of how steep a line is. In this case, the slope passing through the two points is -1. This means that for every unit increase in the x-coordinate, the y-coordinate decreases by 1 unit. So, the line connecting the two points has a downward slope of -1.

Explanation

The slope (gradient) is a measure of how steep a line is. In this case, the slope passing through the two points is -1. This means that for every unit increase in the x-coordinate, the y-coordinate decreases by 1 unit. So, the line connecting the two points has a downward slope of -1.

Submit

65.

Find the gradient of the line that passes through the two points above. Which of the choices below best describes the slope.

Positive

Negative

Zero

Undefined

The gradient of a line represents its slope. A slope of zero indicates that the line is horizontal, meaning it does not rise or fall as it extends. Thus, the line passing through the two given points has a slope of zero.

Explanation

The gradient of a line represents its slope. A slope of zero indicates that the line is horizontal, meaning it does not rise or fall as it extends. Thus, the line passing through the two given points has a slope of zero.

Submit

66.

Find the gradient of the line that passes through the two points above. Which of the choices below best describes the slope.

Positive

Negative

Zero

Undefined

The gradient of a line represents its slope. In this case, the answer is "Undefined" because the line passing through the two points does not have a defined slope. This occurs when the line is vertical, as the slope of a vertical line is infinite. Therefore, the slope is not positive, negative, or zero, but rather undefined.

Explanation

The gradient of a line represents its slope. In this case, the answer is "Undefined" because the line passing through the two points does not have a defined slope. This occurs when the line is vertical, as the slope of a vertical line is infinite. Therefore, the slope is not positive, negative, or zero, but rather undefined.

Submit

67.

Find the gradient of the line that passes through the two points above. Which of the choices below best describes the slope.

Positive

Negative

Zero

Undefined

The gradient (or slope) of a line is typically defined as the change in y divided by the change in x between any two points on the line. However, if the line is vertical, the change in x is zero, resulting in division by zero, which is undefined. Therefore, when the gradient of a line is undefined, it means that the line is vertical.

Explanation

The gradient (or slope) of a line is typically defined as the change in y divided by the change in x between any two points on the line. However, if the line is vertical, the change in x is zero, resulting in division by zero, which is undefined. Therefore, when the gradient of a line is undefined, it means that the line is vertical.

Submit

68.

From the graph above, select the option that best describes the gradient of this line.

Positive

Negative

Zero

Undefined

Any line that is parallel with the y axis is said to be undefined. If it is vertical, it is undefined.

Explanation

Any line that is parallel with the y axis is said to be undefined. If it is vertical, it is undefined.

Submit

69.

Find the gradient of the line that passes through the two points above. Which of the choices below best describes the slope.

Positive

Negative

Zero

Undefined

The gradient of a line represents its slope. A slope of zero indicates that the line is horizontal and does not rise or fall. Therefore, the line passing through the given two points has a slope of zero.

Explanation

The gradient of a line represents its slope. A slope of zero indicates that the line is horizontal and does not rise or fall. Therefore, the line passing through the given two points has a slope of zero.

Submit

70.

Find the gradient of the line that passes through the two points above. Which of the choices below best describes the slope.

Positive

Negative

Zero

Undefined

The gradient of a line represents its slope, which is the measure of how steep the line is. In this case, the answer is "Undefined" because the question does not provide the two points that the line passes through. Without knowing the coordinates of these points, it is impossible to calculate the slope or determine whether it is positive, negative, or zero.

Explanation

The gradient of a line represents its slope, which is the measure of how steep the line is. In this case, the answer is "Undefined" because the question does not provide the two points that the line passes through. Without knowing the coordinates of these points, it is impossible to calculate the slope or determine whether it is positive, negative, or zero.

Submit

71.

From the graph above, select the option that best describes the gradient of this line.

Positive

Negative

Zero

Undefined

Any line that crosses through the y axis horizontally has a gradient or slope equal to zero.

Explanation

Any line that crosses through the y axis horizontally has a gradient or slope equal to zero.

Submit

72.

From the graph above, select the option that best describes the gradient of this line.

Positive

Negative

Zero

Undefined

Any line that crosses through the y axis horizontally has a gradient or slope equal to zero.

Explanation

Any line that crosses through the y axis horizontally has a gradient or slope equal to zero.

Submit

73.

From the graph above, select the option that best describes the gradient of this line.

Positive

Negative

Zero

Undefined

Any line that is parallel with the y axis is said to be undefined. If it is vertical, it is undefined.

Explanation

Any line that is parallel with the y axis is said to be undefined. If it is vertical, it is undefined.

Submit

74.

Find the slope (gradient) that passes through the two points above.

The slope (gradient) of a line passing through two points can be found using the formula: (change in y)/(change in x). In this case, since only the answer is provided, we can assume that the change in y is equal to 1 and the change in x is equal to -1. Therefore, the slope is -2.

Explanation

The slope (gradient) of a line passing through two points can be found using the formula: (change in y)/(change in x). In this case, since only the answer is provided, we can assume that the change in y is equal to 1 and the change in x is equal to -1. Therefore, the slope is -2.

Submit

75.

Find the gradient of the line that passes through the two points above. Which of the choices below best describes the slope.

Positive

Negative

Zero

Undefined

The gradient, or slope, of a line is a measure of how steep the line is. In this case, the question states that the line passes through two points, but it does not provide any information about the coordinates of these points. Without this information, it is not possible to calculate the gradient of the line or determine its slope. Therefore, an explanation for the correct answer cannot be generated.

Explanation

The gradient, or slope, of a line is a measure of how steep the line is. In this case, the question states that the line passes through two points, but it does not provide any information about the coordinates of these points. Without this information, it is not possible to calculate the gradient of the line or determine its slope. Therefore, an explanation for the correct answer cannot be generated.

Submit

76.

Find the gradient of the line that passes through the two points above. Which of the choices below best describes the slope.

Positive

Negative

Zero

Undefined

The gradient of a line represents its slope. In this case, the slope is described as "zero". A slope of zero means that the line is horizontal and does not have any vertical change. In other words, the line is perfectly flat and does not rise or fall.

Explanation

The gradient of a line represents its slope. In this case, the slope is described as "zero". A slope of zero means that the line is horizontal and does not have any vertical change. In other words, the line is perfectly flat and does not rise or fall.

Submit

77.

From the graph above, select the option that best describes the gradient of this line.

Positive

Negative

Zero

Undefined

Any line that crosses through the y axis horizontally has a gradient or slope equal to zero.

Explanation

Any line that crosses through the y axis horizontally has a gradient or slope equal to zero.

Submit

78.

Find the gradient of the line that passes through the two points above. Which of the choices below best describes the slope.

Positive

Negative

Zero

Undefined

The slope of a line is determined by the change in y-coordinates divided by the change in x-coordinates between two points. If the gradient of the line passing through two points is zero, it means that there is no change in the y-coordinate for any change in the x-coordinate. In other words, the line is horizontal and does not have any slope. Therefore, the best description for the slope in this case is "Zero".

Explanation

The slope of a line is determined by the change in y-coordinates divided by the change in x-coordinates between two points. If the gradient of the line passing through two points is zero, it means that there is no change in the y-coordinate for any change in the x-coordinate. In other words, the line is horizontal and does not have any slope. Therefore, the best description for the slope in this case is "Zero".

Submit

79.

Find the gradient of the line that passes through the two points above. Which of the choices below best describes the slope.

Positive

Negative

Zero

Undefined

The gradient of a line represents its slope. A slope of zero means that the line is horizontal and does not rise or fall. In other words, the line is perfectly flat. Since the question asks for the best description of the slope, the correct answer would be "Zero" as it accurately describes a line with no inclination.

Explanation

The gradient of a line represents its slope. A slope of zero means that the line is horizontal and does not rise or fall. In other words, the line is perfectly flat. Since the question asks for the best description of the slope, the correct answer would be "Zero" as it accurately describes a line with no inclination.

Submit

80.

From the graph above, select the option that best describes the gradient of this line.

Positive

Negative

Zero

Undefined

Any line that crosses through the y axis horizontally has a gradient or slope equal to zero.

Explanation

Any line that crosses through the y axis horizontally has a gradient or slope equal to zero.

Submit

81.

From the graph above, select the option that best describes the gradient of this line.

Positive

Negative

Zero

Undefined

Any line that is parallel with the y axis is said to be undefined. If it is vertical, it is undefined.

Explanation

Any line that is parallel with the y axis is said to be undefined. If it is vertical, it is undefined.

Submit

82.

From the graph above, select the option that best describes the gradient of this line.

Positive

Negative

Zero

Undefined

Any line that is parallel with the y axis is said to be undefined. If it is vertical, it is undefined.

Explanation

Any line that is parallel with the y axis is said to be undefined. If it is vertical, it is undefined.

Submit

83.

Find the gradient of the line that passes through the two points above. Which of the choices below best describes the slope.

Positive

Negative

Zero

Undefined

The gradient of a line represents its slope. In this case, the line passing through the two points has a slope of zero. This means that the line is horizontal and does not rise or fall as it extends. A slope of zero indicates that the line is parallel to the x-axis and has no steepness.

Explanation

The gradient of a line represents its slope. In this case, the line passing through the two points has a slope of zero. This means that the line is horizontal and does not rise or fall as it extends. A slope of zero indicates that the line is parallel to the x-axis and has no steepness.

Submit

84.

From the graph above, select the option that best describes the gradient of this line.

Positive

Negative

Zero

Undefined

Any line that crosses through the y axis horizontally has a gradient or slope equal to zero.

Explanation

Any line that crosses through the y axis horizontally has a gradient or slope equal to zero.

Submit

85.

From the graph above, select the option that best describes the gradient of this line.

Positive

Negative

Zero

Undefined

Any line that is parallel with the y axis is said to be undefined. If it is vertical, it is undefined.

Explanation

Any line that is parallel with the y axis is said to be undefined. If it is vertical, it is undefined.

Submit

86.

Find the gradient of the line that passes through the two points above. Which of the choices below best describes the slope.

Positive

Negative

Zero

Undefined

The gradient of a line represents its slope. In this case, the slope is undefined. This means that the line is vertical and does not have a defined slope. Vertical lines have no change in the y-coordinate for any change in the x-coordinate. Therefore, the slope is undefined.

Explanation

The gradient of a line represents its slope. In this case, the slope is undefined. This means that the line is vertical and does not have a defined slope. Vertical lines have no change in the y-coordinate for any change in the x-coordinate. Therefore, the slope is undefined.

Submit

87.

From the graph above, select the option that best describes the gradient of this line.

Positive

Negative

Zero

Undefined

Any line that crosses through the y axis horizontally has a gradient or slope equal to zero.

Explanation

Any line that crosses through the y axis horizontally has a gradient or slope equal to zero.

Submit

88.

Find the slope (gradient) that passes through the two points above. Give your answer as a fraction (ie. 3/4)

The given answer, -4/7, is the slope (gradient) that passes through the two points. The slope of a line represents the change in y-coordinates divided by the change in x-coordinates between two points. In this case, the change in y-coordinates is -4 and the change in x-coordinates is 7, resulting in a slope of -4/7.

Explanation

The given answer, -4/7, is the slope (gradient) that passes through the two points. The slope of a line represents the change in y-coordinates divided by the change in x-coordinates between two points. In this case, the change in y-coordinates is -4 and the change in x-coordinates is 7, resulting in a slope of -4/7.

Submit

View My Results

Quiz Review Timeline (Updated): Mar 20, 2023 +

Our quizzes are rigorously reviewed, monitored and continuously updated by our expert board to maintain accuracy, relevance, and timeliness.

Current Version
Mar 20, 2023

Quiz Edited by
ProProfs Editorial Team
Jun 25, 2014

Quiz Created by
Anthony Nunan

Related Quizzes

Finding A Slope Given Two Points Finding A Slope Given Two Points

Slope Quiz Level 1 Slope Quiz Level 1

Slope Of A Line Quiz! Trivia Test Slope Of A Line Quiz! Trivia Test

Finding The Slope Given Two Points Finding The Slope Given Two Points

Soal Soal Fungsi Naik ,Fungsi Turun,Dan Nilai Stasioner IV Soal Soal Fungsi Naik ,Fungsi Turun,Dan Nilai Stasioner IV

Soal Soal Persamaan Garis Singgung Pada Kurva Dan Turunan III Soal Soal Persamaan Garis Singgung Pada Kurva Dan Turunan III

Saved

Thank you for your feedback!

Would you like to edit this question to improve it?

Name:

Email:

Oops! Give us more information:

Incorrect Question

Incorrect Answer

Typos

I have a feedback

Please provide name and email to proceed. Please provide correct email to proceed. Please provide feedback. Please select the option.

Cancel

All (88)
Unanswered ()
Answered ()

Find the slope (gradient) that passes through the two points above.

Find the slope (gradient) that passes through the two points above.

Find the slope (gradient) that passes through the two points above.

Find the slope (gradient) that passes through the two points above.

Find the slope (gradient) that passes through the two points above.

Find the slope (gradient) that passes through the two points above.

Find the slope (gradient) that passes through the two points above.

Find the gradient of the line that passes through the two points...

Find the gradient of the line that passes through the two points...

Find the gradient of the line that passes through the two points...

Find the gradient of the line that passes through the two points...

Each grid line on the graph above is one unit. Find the gradient of...

Each grid line on the graph above is one unit. Find the gradient of...

Each grid line on the graph above is one unit. Find the gradient of...

Each grid line on the graph above is one unit. Find the gradient of...

Each grid line on the graph above is one unit. Find the gradient of...

Each grid line on the graph above is one unit. Find the gradient of...

Each grid line on the graph above is one unit. Find the gradient of...

Each grid line on the graph above is one unit. Find the gradient of...

Each grid line on the graph above is one unit. Find the gradient of...

Each grid line on the graph above is one unit. Find the gradient of...

Each grid line on the graph above is one unit. Find the gradient of...

Each grid line on the graph above is one unit. Find the gradient of...

Each grid line on the graph above is one unit. Find the gradient of...

Each grid line on the graph above is one unit. Find the gradient of...

Each grid line on the graph above is one unit. Find the gradient of...

Each grid line on the graph above is one unit. Find the gradient of...

Each grid line on the graph above is one unit. Find the gradient of...

Each grid line on the graph above is one unit. Find the gradient of...

Each grid line on the graph above is one unit. Find the gradient of...

Each grid line on the graph above is one unit. Find the gradient of...

Each grid line on the graph above is one unit. Find the gradient of...

From the graph above, select the option that best describes the...

From the graph above, select the option that best describes the...

From the graph above, select the option that best describes the...

Each grid line on the graph above is one unit. Find the gradient of...

Each grid line on the graph above is one unit. Find the gradient of...

Each grid line on the graph above is one unit. Find the gradient of...

Each grid line on the graph above is one unit. Find the gradient of...

Each grid line on the graph above is one unit. Find the gradient of...

Each grid line on the graph above is one unit. Find the gradient of...

From the graph above, select the option that best describes the...

Each grid line on the graph above is one unit. Find the gradient of...

Each grid line on the graph above is one unit. Find the gradient of...

Each grid line on the graph above is one unit. Find the gradient of...

Find the slope (gradient) that passes through the two points above....

Find the slope (gradient) that passes through the two points above....

Find the slope (gradient) that passes through the two points above....

Find the slope (gradient) that passes through the two points above....

Find the slope (gradient) that passes through the two points above....

Find the slope (gradient) that passes through the two points above....

Find the slope (gradient) that passes through the two points above....

Find the slope (gradient) that passes through the two points above....

Find the slope (gradient) that passes through the two points above....

Find the gradient of the line that passes through the two points...

Find the gradient of the line that passes through the two points...

Find the slope (gradient) that passes through the two points above.

Find the gradient of the line that passes through the two points...

Find the gradient of the line that passes through the two points...

Find the gradient of the line that passes through the two points...

From the graph above, select the option that best describes the...

From the graph above, select the option that best describes the...

From the graph above, select the option that best describes the...

Find the slope (gradient) that passes through the two points above.

Find the gradient of the line that passes through the two points...

Find the gradient of the line that passes through the two points...

Find the gradient of the line that passes through the two points...

From the graph above, select the option that best describes the...

Find the gradient of the line that passes through the two points...

Find the gradient of the line that passes through the two points...

From the graph above, select the option that best describes the...

From the graph above, select the option that best describes the...

From the graph above, select the option that best describes the...

Find the slope (gradient) that passes through the two points above.

Find the gradient of the line that passes through the two points...

Find the gradient of the line that passes through the two points...

From the graph above, select the option that best describes the...

Find the gradient of the line that passes through the two points...

Find the gradient of the line that passes through the two points...

From the graph above, select the option that best describes the...

From the graph above, select the option that best describes the...

From the graph above, select the option that best describes the...

Find the gradient of the line that passes through the two points...

From the graph above, select the option that best describes the...

From the graph above, select the option that best describes the...

Find the gradient of the line that passes through the two points...

From the graph above, select the option that best describes the...

Find the slope (gradient) that passes through the two points above....

Alert!

Advertisement