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Froggy Jumps
Froggy Jumps

Collisions II Lowersixth Science Physics

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Collisions II Lowersixth Science Physics
 

Froggy Jumps

Collisions II Lowersixth Science PhysicsOnline version

Momentum & inelastic collisions in 1D/2D

by YAKILI LMS
1

What is conserved in a closed system during a collision?

2

In a perfectly inelastic collision, what happens to the objects?

3

Which quantity is always conserved in elastic and inelastic collisions?

4

If two equal masses collide head-on in 1D and stick, their final velocity is:

5

In a 1D inelastic collision, kinetic energy:

6

Two cars of equal mass collide elastically head-on. Their speeds after collision are:

7

What does the coefficient of restitution (e) measure?

8

In a 1D inelastic collision, what happens to kinetic energy?

9

Momentum before equals momentum after is a statement of:

10

In a two-dimensional collision, momentum must be conserved in:

11

Which factor affects the final velocity in a 2D collision?

12

Explosions in mechanics involve:

13

In a two-dimensional oblique collision, the impulse is:

14

If a moving object collides with a stationary one elastically in 1D, the total momentum:

15

When two unequal masses collide inelasticy in 1D and stick, the final velocity is:

16

Which equation expresses conservation of momentum in 1D?

17

In a perfectly inelastic collision, objects:

18

What is the effect of a perfectly elastic collision on kinetic energy?

19

A 2D collision occurs in a plane. Conservation applies to:

20

In an oblique collision between two bodies, impulse acts:

21

Explosions are modeled as:

22

If a skillfully designed collision is perfectly elastic, the total kinetic energy before equals:

23

In a 1D inelastic collision, the momentum is:

24

A car crash: the energy lost appears as:

25

What does e=0 indicate in a collision?

26

What does e=1 indicate?

27

In a two-body oblique collision, momentum components in which directions are considered?

28

Which quantity remains constant in a closed system during collision?

29

A stationary mass is hit by a moving mass head-on elastically. Final speeds depend on:

30

In an inelastic collision, the final velocity is determined by:

31

During a collision, impulse equals:

32

Which scenario best describes a 2D collision?

33

What is conserved in explosions within a system?

34

If two objects of unequal mass collide in 1D elastically, the lighter one:

35

Which factor does not affect momentum conservation?

36

Work done during collision affects:

37

Two-dimensional momentum conservation is applied to:

38

A completely inelastic collision results in:

39

In a collision, momentum before equals momentum after for:

40

The line of impact is perpendicular to:

41

Which statement is true for all collisions in a closed system?

42

After a perfectly elastic 1D collision, the objects:

43

Two masses collide at an angle. Their momentum vectors:

44

Which condition ensures momentum conservation in 2D?

45

Explosions in space: momentum of the system is:

46

A two-body collision that results in a single moving body is:

47

The term 'line of impact' refers to the direction of:

48

If object A hits B and both fly apart at right angles, momentum is:

49

A mass hits a stationary wall elastically. Final velocity is:

50

Which event can cause an increase in total energy of a system?

 
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