Motion And Cams Quiz: Test Your Knowledge With This Quiz
There are many different types of motion in our everyday life. Have you noticed them? Identify the various types of motion and motion conversion in the following questions. This should help you reinforce the knowledge learned from the various websites so that you are able to design the toy mechanisms for the company. Dive into the world of mechanical engineering with the 'Motion and Cams Quiz,' a dynamic assessment of your knowledge in the realm of motion and cams. This quiz presents a series of engaging questions testing your understanding of the principles governing motion, mechanisms, and cam Read moresystems.
Whether you're a student exploring engineering concepts or an enthusiast keen on mastering mechanical dynamics, this quiz offers an insightful journey. Challenge yourself, expand your knowledge, and test your proficiency in the fascinating field of motion and cams. Take the quiz and elevate your understanding today!
- 1.
Identify the type of motion.Car moving along a straight road.
- A.
Reciprocating motion
- B.
Rotary motion
- C.
Linear motion
- D.
Oscillating motion
Correct Answer
C. Linear motionExplanation
The given correct answer is linear motion because when a car moves along a straight road, it follows a straight path without any rotation or oscillation. Linear motion refers to the movement of an object in a straight line, which is exactly what is described in the question.Rate this question:
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- 2.
Fill in the blanks.Rotary motion is ___________.
- A.
Back and forth motion along a straight line.
- B.
Back and forth motion in a circle.
- C.
Movement in a straight line.
- D.
Motion in a circle.
Correct Answer
D. Motion in a circle.Explanation
Rotary motion refers to the movement in a circle. Unlike back and forth motion along a straight line or movement in a straight line, rotary motion involves an object or body rotating or spinning around a fixed axis or point. This type of motion is commonly observed in various mechanical systems, such as wheels, gears, and turbines, where objects rotate continuously in circular paths.Rate this question:
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- 3.
Fill in the blank.Oscillation is ___________.
- A.
Movement in a straight line.
- B.
Back and forth motion along a straight line.
- C.
Back and forth motion about a pivot point.
- D.
Motion in a circle.
Correct Answer
C. Back and forth motion about a pivot point.Explanation
Oscillation refers to a repetitive back and forth motion about a pivot point. This type of motion is characterized by a continuous swinging or swinging-like movement that occurs in a regular pattern. It involves a movement that alternates between two extreme positions, with the object or system returning to its original position after completing one cycle. This motion can be observed in various phenomena, such as a pendulum swinging, a vibrating guitar string, or the movement of a swing.Rate this question:
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- 4.
Identify the type of motion.A turning ceiling fan.
- A.
Linear motion
- B.
Rotary motion
- C.
Oscillating motion
- D.
Reciprocating motion
Correct Answer
B. Rotary motionExplanation
A turning ceiling fan exhibits rotary motion because it rotates around an axis.Rate this question:
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- 5.
Identify the cam used.
- A.
Pear shaped cam.
- B.
Circular cam.
- C.
Snail cam.
- D.
Eccentric cam.
Correct Answer
C. Snail cam.Explanation
There is a sudden drop in the follower. This is a unique feature of a snail cam.Rate this question:
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- 6.
Based on the output movement. Identify the cam used.
- A.
Eccentric cam.
- B.
Heart shaped cam.
- C.
Pear shaped cam.
- D.
Snail cam
Correct Answer
D. Snail camExplanation
The sudden closure in the eyes indicate that a snail cam is used. The unique feature in the snail cam is the sudden drop in the output movement.Rate this question:
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- 7.
Identify the motion conversion for the following video.
- A.
Rotary motion to linear motion
- B.
Rotary motion to reciprocating motion
- C.
Linear motion to oscillating motion
- D.
Linear motion to rotary motion
Correct Answer
B. Rotary motion to reciprocating motionExplanation
The video demonstrates a conversion from rotary motion to reciprocating motion. This means that the initial motion in the video is circular or rotational, but it is then converted into a back-and-forth or linear motion.Rate this question:
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- 8.
There are 2 types of motion conversions in the following video. Identify them.
- A.
Rotary motion to oscillating motion, rotary motion to rotary motion.
- B.
Rotary motion to linear motion, rotary motion to oscillating motion.
- C.
Oscillating motion to reciprocating motion, rotary motion to rotary motion.
- D.
Rotary motion to reciprocating motion, rotary motion to rotary motion.
Correct Answer
D. Rotary motion to reciprocating motion, rotary motion to rotary motion.Explanation
First part of the video shows the flying birds. Its is a conversion of rotary motion (turning the crank to reciprocating motion (wings flap). The second part of the video shows the circling notes. (It is a conversion of rotary motion to rotary motion.Rate this question:
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Our quizzes are rigorously reviewed, monitored and continuously updated by our expert board to maintain accuracy, relevance, and timeliness.
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Current Version
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Oct 01, 2024Quiz Edited by
ProProfs Editorial Team -
Nov 06, 2009Quiz Created by
Seah_ys
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