Physics: Newton Third Law
Presentation
•
Physics
•
Vocational training
•
Easy
Ts. Mohd Asiq Hamdi
Used 1+ times
FREE Resource
22 Slides • 18 Questions
1
2
3
4
5
Multiple Choice
According to Newton's Third Law, what happens when one object exerts a force on a second object?
The second object exerts an equal and opposite force on the first object.
The second object exerts a smaller force on the first object.
The second object does not exert any force on the first object.
The second object exerts a force in the same direction as the first object.
6
7
Multiple Select
Which of the following scenarios best illustrate Newton's Third Law of Motion?
A baseball bat hitting a ball and the ball pushing back on the bat.
A car accelerating on a road.
A bowling ball striking a pin and the pin pushing back on the ball.
A person standing still.
8
9
Multiple Choice
What is the SI unit of momentum?
kg·m/s
N·s
m/s
kg·m
10
Fill in the Blanks
Momentum is calculated as mass ×
11
12
13
14
Fill in the Blanks
Impulse is equal to the change in
15
16
Fill in the Blanks
Impulse is equal to the change in
17
Multiple Choice
According to Newton's Second Law, what does the product of force and time (F × t) represent?
Impulse
Work
Power
Energy
18
19
20
21
Multiple Choice
In the example with two carts, which physical quantity is the same for both carts?
Impulse
Acceleration
Force
Velocity
22
23
Multiple Select
Which of the following statements about the conservation of linear momentum are correct?
Momentum is conserved in the absence of external forces.
Momentum before collision equals momentum after collision.
Momentum is always zero after a collision.
Momentum can change if external forces act on the system.
24
25
Open Ended
Describe a real-life situation (other than collisions) where the conservation of momentum can be observed, and explain how momentum is conserved in that situation.
26
27
Multiple Choice
What is the total momentum of the system before the brick is dropped onto the cart?
150 kg·cm/s
0 kg·cm/s
50 kg·cm/s
3 kg·cm/s
28
29
30
Multiple Choice
What is the combined momentum of the line-backer and the football fullback before the collision?
20 kg·m/s, west
120 kg·m/s, west
100 kg·m/s, east
0 kg·m/s
31
32
Fill in the Blanks
Momentum before collision
Type answer...
33
Open Ended
Explain the principle of conservation of momentum using the example of the line-backer and football fullback collision.
34
35
36
Open Ended
If the mass of ball A was doubled, how would the velocity after collision change?
37
Multiple Select
Which of the following statements are true about the collision between balls A and B as described in the exercise?
The total momentum before and after the collision is the same.
The velocity after collision is 2 m/s east.
The mass of ball A is 4 kg.
Ball B was initially moving at 10 m/s.
38
39
Multiple Choice
Which of the following forces acts upward on the book in the free-body diagram shown?
F_grav
F_app
F_norm
F_frict
40
Open Ended
After learning about force and motion, what is one real-life situation where you have observed the effects of friction?
Show answer
Auto Play
Slide 1 / 40
SLIDE
Similar Resources on Wayground
39 questions
Levels of Engagement
Presentation
•
KG
32 questions
6th Lss: 4.1 - 4.2
Presentation
•
KG
32 questions
3.5 Absolute Values
Presentation
•
KG
26 questions
Circuits and Symbols
Presentation
•
9th - 12th Grade
34 questions
Body Parts
Presentation
•
Professional Development
35 questions
5th, Unit 5, Lesson 4
Presentation
•
KG
33 questions
ITT Webinar Primary (2021): Post Session feedback Form Ops
Presentation
•
Professional Development
35 questions
Boolean L2
Presentation
•
KG
Popular Resources on Wayground
10 questions
Safety Day 2026 – Student Review
Quiz
•
9th Grade
21 questions
Continents and Oceans
Quiz
•
6th Grade
20 questions
Parts of Speech
Quiz
•
5th Grade
16 questions
Subject & Predicate
Quiz
•
5th Grade
25 questions
Multiplication Facts
Quiz
•
5th Grade
12 questions
Map Skills
Quiz
•
3rd Grade
22 questions
Continents and Oceans
Quiz
•
5th Grade
15 questions
Rounding Decimals
Quiz
•
5th Grade