Physics
Kinematics of Linear Motion
Grade 10 · High School
Answer every question first, then press Finish to see your score and explanations.
- Question 1 of 20Easy
The quantity that describes an object's displacement per unit time is ...
- Question 2 of 20Easy
Uniform linear motion is characterized by ...
- Question 3 of 20Easy
Uniformly accelerated linear motion is characterized by ...
- Question 4 of 20Easy
The SI unit of acceleration is ...
- Question 5 of 20Easy
Which of the following is a scalar quantity?
- Question 6 of 20Easy
Acceleration is defined as ...
- Question 7 of 20Medium
An object moves at then accelerates at for . Its final velocity is ...
- Question 8 of 20Medium
An object initially at rest accelerates at for . The distance traveled is ...
- Question 9 of 20Medium
A speed of equals ...
- Question 10 of 20Medium
An object's velocity-versus-time graph is a horizontal line. The graph shows ...
- Question 11 of 20Medium
A car travels east in , then west in . Its average velocity is ...
- Question 12 of 20Medium
A car moving at brakes to a stop in . The magnitude of its deceleration is ...
- Question 13 of 20Medium
An object moves at then accelerates at . After traveling , its velocity is ...
- Question 14 of 20Medium
An object moves right then left. Its displacement and distance are ...
- Question 15 of 20Hard
A car starts from rest and accelerates at for , then moves at constant velocity for . The total distance is ...
- Question 16 of 20Hard
A car moving at brakes with a deceleration of . The stopping distance is ...
- Question 17 of 20Hard
An object's velocity-versus-time graph: from to velocity rises from zero to , then from to velocity is constant. The total distance is ...
- Question 18 of 20Hard
Two cars move in the same direction. Car A is behind car B moving at , while car B moves at . Car A catches up with car B after ...
- Question 19 of 20Hard
A train moves at then brakes with a deceleration of . The distance traveled during of braking is ...
- Question 20 of 20Hard
Objects A and B start from the same point. A moves uniformly at , while B starts from rest and accelerates at . They meet after ...