Podcast
Questions and Answers
According to the Law of Inertia, what is required to change the state of an object?
According to the Law of Inertia, what is required to change the state of an object?
- No force
- A balanced force
- Friction
- An unbalanced force (correct)
In the Law of Inertia, which property of an object resists the initiation or change in linear motion?
In the Law of Inertia, which property of an object resists the initiation or change in linear motion?
- Velocity
- Mass (correct)
- Acceleration
- Force
What happens to the acceleration of an object as its mass increases?
What happens to the acceleration of an object as its mass increases?
- It becomes zero
- It increases
- It decreases (correct)
- It remains constant
What is the relationship between the strength of the unbalanced force and the acceleration of an object, based on the Law of Acceleration?
What is the relationship between the strength of the unbalanced force and the acceleration of an object, based on the Law of Acceleration?
According to the Law of Acceleration, how does the acceleration of an object relate to its mass?
According to the Law of Acceleration, how does the acceleration of an object relate to its mass?
If a large mass and a small mass are pushed with the same force, how do their accelerations compare?
If a large mass and a small mass are pushed with the same force, how do their accelerations compare?
Which scenario best represents Newton's 3rd Law of Action and Reaction?
Which scenario best represents Newton's 3rd Law of Action and Reaction?
In the context of Newton's laws, what does it mean when it is said 'the strength of the reaction is always equal to the strength of the action'?
In the context of Newton's laws, what does it mean when it is said 'the strength of the reaction is always equal to the strength of the action'?
