Inconsistent And Dependent Equation Quiz!

  • CCSS.Math.Content.HSA-REI.C.6
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: 47,819
| Attempts: 209 | Questions: 30
Please wait...
Question 1 / 30
0 %
0/100
Score 0/100
1) The above equations can best be described as :

Explanation

The given equations are described as dependent because they represent the same line with an infinite number of solutions. This means that any point on the line will satisfy both equations. Therefore, the equations are not inconsistent (parallel lines with no solutions) or intersecting (one unique pair of solutions), but rather dependent.

Submit
Please wait...
About This Quiz
Inconsistent And Dependent Equation Quiz! - Quiz

This quiz titled 'Inconsistent and Dependent Equation Quiz!' assesses understanding of systems of equations. Each question focuses on identifying inconsistent equations represented by parallel lines with no intersection, enhancing skills in analyzing linear equations.

Tell us your name to personalize your report, certificate & get on the leaderboard!
2) The above equations can best be described as :

Explanation

The given equations are described as intersecting because they have one unique pair of solutions. This means that the two lines represented by the equations intersect at a single point, indicating that there is a solution where both equations are satisfied simultaneously.

Submit
3) The above equations can best be described as :

Explanation

The given equations are described as intersecting because they have one unique pair of solutions. This means that the two lines represented by the equations intersect at a single point, indicating that there is one solution that satisfies both equations simultaneously.

Submit
4) The above equations can best be described as :

Explanation

The given equations can be described as intersecting because they have one unique pair of solutions. This means that the two lines represented by the equations intersect at a single point, indicating that there is a solution that satisfies both equations simultaneously.

Submit
5) The above equations can best be described as :

Explanation

The given equations are described as intersecting because they have one unique pair of solutions. This means that the two lines represented by the equations intersect at a single point, indicating that there is a solution that satisfies both equations simultaneously.

Submit
6) The above equations can best be described as :

Explanation

The given equations can best be described as intersecting because they have one unique pair of solutions. This means that the two lines represented by the equations intersect at a single point, indicating that there is a solution that satisfies both equations simultaneously.

Submit
7) The above equations can best be described as :

Explanation

The given equations can be described as intersecting because they have one unique pair of solutions. This means that the two lines represented by the equations intersect at a single point, indicating that there is a solution where the values of the variables satisfy both equations simultaneously.

Submit
8) The above equations can best be described as :

Explanation

The given equations are described as intersecting because they have one unique pair of solutions. This means that there is a point at which the two lines represented by the equations intersect each other.

Submit
9) The above equations can best be described as :

Explanation

The given equations are described as intersecting because they have one unique pair of solutions. This means that the two lines represented by the equations intersect at a single point, indicating that there is a solution where the values of the variables satisfy both equations simultaneously.

Submit
10) The above equations can best be described as :

Explanation

The given equations can be described as intersecting because they have one unique pair of solutions. This means that the two lines represented by the equations intersect at a single point, indicating that there is a solution that satisfies both equations simultaneously.

Submit
11) The above equations can best be described as :

Explanation

The given equations are described as inconsistent because they represent parallel lines that do not intersect and therefore have no common solution.

Submit
12) The above equations can best be described as :

Explanation

The given equations are described as inconsistent because they represent parallel lines that do not intersect. Inconsistent equations have no common solution, meaning there is no value of the variables that satisfies both equations simultaneously. Therefore, the correct answer is "Inconsistent (they are parallel lines with no solutions)."

Submit
13) The above equations can best be described as :

Explanation

The given equations are described as inconsistent because they represent parallel lines that do not intersect. When two lines are parallel, they have the same slope but different y-intercepts. Since parallel lines never intersect, there are no solutions that satisfy both equations simultaneously. Therefore, the equations are inconsistent.

Submit
14) The above equations can best be described as :

Explanation

The given equations are described as inconsistent because they represent parallel lines with no solutions. This means that the lines never intersect and there is no common solution for the two equations.

Submit
15) The above equations can best be described as :

Explanation

The given equations are described as inconsistent because they are parallel lines with no solutions. This means that the lines will never intersect and there is no common solution for both equations.

Submit
16) The above equations can best be described as :

Explanation

The given equations are described as inconsistent because they represent parallel lines that do not intersect. Inconsistent systems have no common solution, meaning that there is no point that satisfies both equations simultaneously. Therefore, the correct answer is "Inconsistent (they are parallel lines with no solutions)."

Submit
17) The above equations can best be described as :

Explanation

The given equations can best be described as dependent because they represent the same line with an infinite number of solutions. This means that any point on one equation will also satisfy the other equation. Therefore, the two equations are not independent and can be considered as the same equation.

Submit
18) The above equations can best be described as :

Explanation

The given equations can best be described as dependent because they represent the same line. When two equations are dependent, it means that they are essentially the same equation and have an infinite number of solutions. In this case, the equations are parallel lines that coincide with each other, resulting in an infinite number of points of intersection.

Submit
19) The above equations can best be described as :

Explanation

The given equations are dependent because they represent the same line. When two equations are dependent, it means that they have an infinite number of solutions because they are essentially the same equation. In this case, the equations are parallel and will coincide with each other, resulting in an infinite number of points of intersection.

Submit
20) The above equations can best be described as :

Explanation

The given equations can be described as dependent because they represent the same line. When two equations are dependent, it means that they have an infinite number of solutions because they are essentially the same equation. In this case, the equations are parallel lines that overlap completely, resulting in an infinite number of points of intersection.

Submit
21) The above equations can best be described as :

Explanation

The given equations can best be described as dependent because they represent the same line. When two equations are dependent, it means that they have an infinite number of solutions because they are essentially the same equation. In this case, the equations are parallel lines that coincide with each other, resulting in an infinite number of points of intersection. Therefore, the correct answer is dependent.

Submit
22) The above equations can best be described as :

Explanation

The given equations can best be described as dependent because they represent the same line. When two equations are dependent, it means that they have an infinite number of solutions because all the points on one line will satisfy both equations. In this case, the equations represent the same line, so any point on that line will satisfy both equations. Therefore, the equations are dependent and have an infinite number of solutions.

Submit
23) The above equations can best be described as :

Explanation

The given equations can best be described as dependent because they represent the same line. This means that they have an infinite number of solutions, as any point on the line satisfies both equations. Therefore, the equations are not inconsistent (parallel lines with no solutions) or intersecting (having one unique pair of solutions).

Submit
24) The above equations can best be described as :

Explanation

The given equations are described as inconsistent because they represent parallel lines that do not intersect and therefore have no common solutions.

Submit
25) The above equations can best be described as :

Explanation

The given equations can best be described as dependent because they represent the same line with an infinite number of solutions. This means that any point on one equation will also satisfy the other equation, resulting in an infinite number of solutions.

Submit
26) The above equations can best be described as :

Explanation

The given equations are described as inconsistent because they represent parallel lines that do not intersect and therefore have no common solutions.

Submit
27) The above equations can best be described as :

Explanation

The given equations are described as inconsistent because they represent parallel lines with no solutions. This means that the lines do not intersect at any point, indicating that there is no common solution for both equations.

Submit
28) The above equations can best be described as :

Explanation

The given equations can best be described as dependent because they represent the same line with an infinite number of solutions. This means that any point on one equation will also satisfy the other equation, resulting in an infinite number of solutions.

Submit
29) The above equations can best be described as :

Explanation

The given equations are described as inconsistent because they represent parallel lines with no solutions. Inconsistent equations do not intersect and do not have any common solutions. Therefore, the correct answer is "Inconsistent (they are parallel lines with no solutions)."

Submit
30) The above equations can best be described as :

Explanation

The given equations are described as intersecting because they have one unique pair of solutions. This means that the two lines represented by the equations intersect at a single point. In other words, there is exactly one solution that satisfies both equations simultaneously.

Submit
View My Results

Quiz Review Timeline (Updated): Mar 21, 2023 +

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

  • Current Version
  • Mar 21, 2023
    Quiz Edited by
    ProProfs Editorial Team
  • Aug 21, 2014
    Quiz Created by
    Anthony Nunan
Cancel
  • All
    All (30)
  • Unanswered
    Unanswered ()
  • Answered
    Answered ()
The above equations can best be described as :
The above equations can best be described as :
The above equations can best be described as :
The above equations can best be described as :
The above equations can best be described as :
The above equations can best be described as :
The above equations can best be described as :
The above equations can best be described as :
The above equations can best be described as :
The above equations can best be described as :
The above equations can best be described as :
The above equations can best be described as :
The above equations can best be described as :
The above equations can best be described as :
The above equations can best be described as :
The above equations can best be described as :
The above equations can best be described as :
The above equations can best be described as :
The above equations can best be described as :
The above equations can best be described as :
The above equations can best be described as :
The above equations can best be described as :
The above equations can best be described as :
The above equations can best be described as :
The above equations can best be described as :
The above equations can best be described as :
The above equations can best be described as :
The above equations can best be described as :
The above equations can best be described as :
The above equations can best be described as :
Alert!

Advertisement