Newton's Laws - MCAT Physical
Card 0 of 14
A 
ball is rolled into a stationary 
ball. If the heavier ball applies a 
force on the smaller ball, what force will the smaller ball apply on the large ball?
A
The answer to this question lies within Newton's third law: for every action, there is an equal and opposite reaction. If the large ball applies a 
force on the smaller ball, the smaller ball will apply a 
force on the large ball in the opposite (negative) direction.
The answer to this question lies within Newton's third law: for every action, there is an equal and opposite reaction. If the large ball applies a
Compare your answer with the correct one above
A 1kg plate falls from a shelf 1m above the ground and breaks into three pieces of mass 0.1kg, 0.4kg and 0.5kg. What is the total energy of the scattered pieces?
A 1kg plate falls from a shelf 1m above the ground and breaks into three pieces of mass 0.1kg, 0.4kg and 0.5kg. What is the total energy of the scattered pieces?
This is a conservation of energy question. The event is the collision. The initial energy can be calculated by gravitational potential energy:
The final total energy must be the same. The energy of the scattered pieces must add to 
This is a conservation of energy question. The event is the collision. The initial energy can be calculated by gravitational potential energy:
The final total energy must be the same. The energy of the scattered pieces must add to
Compare your answer with the correct one above
A ball is rolled into a stationary ball. If the heavier ball applies a force on the smaller ball, what force will the smaller ball apply on the large ball?
A
The answer to this question lies within Newton's third law: for every action, there is an equal and opposite reaction. If the large ball applies a force on the smaller ball, the smaller ball will apply a force on the large ball in the opposite (negative) direction.
The answer to this question lies within Newton's third law: for every action, there is an equal and opposite reaction. If the large ball applies a
Compare your answer with the correct one above
A 1kg plate falls from a shelf 1m above the ground and breaks into three pieces of mass 0.1kg, 0.4kg and 0.5kg. What is the total energy of the scattered pieces?
A 1kg plate falls from a shelf 1m above the ground and breaks into three pieces of mass 0.1kg, 0.4kg and 0.5kg. What is the total energy of the scattered pieces?
This is a conservation of energy question. The event is the collision. The initial energy can be calculated by gravitational potential energy:
The final total energy must be the same. The energy of the scattered pieces must add to
This is a conservation of energy question. The event is the collision. The initial energy can be calculated by gravitational potential energy:
The final total energy must be the same. The energy of the scattered pieces must add to
Compare your answer with the correct one above
A ball is rolled into a stationary ball. If the heavier ball applies a force on the smaller ball, what force will the smaller ball apply on the large ball?
A
The answer to this question lies within Newton's third law: for every action, there is an equal and opposite reaction. If the large ball applies a force on the smaller ball, the smaller ball will apply a force on the large ball in the opposite (negative) direction.
The answer to this question lies within Newton's third law: for every action, there is an equal and opposite reaction. If the large ball applies a
Compare your answer with the correct one above
A 1kg plate falls from a shelf 1m above the ground and breaks into three pieces of mass 0.1kg, 0.4kg and 0.5kg. What is the total energy of the scattered pieces?
A 1kg plate falls from a shelf 1m above the ground and breaks into three pieces of mass 0.1kg, 0.4kg and 0.5kg. What is the total energy of the scattered pieces?
This is a conservation of energy question. The event is the collision. The initial energy can be calculated by gravitational potential energy:
The final total energy must be the same. The energy of the scattered pieces must add to
This is a conservation of energy question. The event is the collision. The initial energy can be calculated by gravitational potential energy:
The final total energy must be the same. The energy of the scattered pieces must add to
Compare your answer with the correct one above
A ball is rolled into a stationary ball. If the heavier ball applies a force on the smaller ball, what force will the smaller ball apply on the large ball?
A
The answer to this question lies within Newton's third law: for every action, there is an equal and opposite reaction. If the large ball applies a force on the smaller ball, the smaller ball will apply a force on the large ball in the opposite (negative) direction.
The answer to this question lies within Newton's third law: for every action, there is an equal and opposite reaction. If the large ball applies a
Compare your answer with the correct one above
A 1kg plate falls from a shelf 1m above the ground and breaks into three pieces of mass 0.1kg, 0.4kg and 0.5kg. What is the total energy of the scattered pieces?
A 1kg plate falls from a shelf 1m above the ground and breaks into three pieces of mass 0.1kg, 0.4kg and 0.5kg. What is the total energy of the scattered pieces?
This is a conservation of energy question. The event is the collision. The initial energy can be calculated by gravitational potential energy:
The final total energy must be the same. The energy of the scattered pieces must add to
This is a conservation of energy question. The event is the collision. The initial energy can be calculated by gravitational potential energy:
The final total energy must be the same. The energy of the scattered pieces must add to
Compare your answer with the correct one above
A ball is rolled into a stationary ball. If the heavier ball applies a force on the smaller ball, what force will the smaller ball apply on the large ball?
A
The answer to this question lies within Newton's third law: for every action, there is an equal and opposite reaction. If the large ball applies a force on the smaller ball, the smaller ball will apply a force on the large ball in the opposite (negative) direction.
The answer to this question lies within Newton's third law: for every action, there is an equal and opposite reaction. If the large ball applies a
Compare your answer with the correct one above
A 1kg plate falls from a shelf 1m above the ground and breaks into three pieces of mass 0.1kg, 0.4kg and 0.5kg. What is the total energy of the scattered pieces?
A 1kg plate falls from a shelf 1m above the ground and breaks into three pieces of mass 0.1kg, 0.4kg and 0.5kg. What is the total energy of the scattered pieces?
This is a conservation of energy question. The event is the collision. The initial energy can be calculated by gravitational potential energy:
The final total energy must be the same. The energy of the scattered pieces must add to
This is a conservation of energy question. The event is the collision. The initial energy can be calculated by gravitational potential energy:
The final total energy must be the same. The energy of the scattered pieces must add to
Compare your answer with the correct one above
A ball is rolled into a stationary ball. If the heavier ball applies a force on the smaller ball, what force will the smaller ball apply on the large ball?
A
The answer to this question lies within Newton's third law: for every action, there is an equal and opposite reaction. If the large ball applies a force on the smaller ball, the smaller ball will apply a force on the large ball in the opposite (negative) direction.
The answer to this question lies within Newton's third law: for every action, there is an equal and opposite reaction. If the large ball applies a
Compare your answer with the correct one above
A 1kg plate falls from a shelf 1m above the ground and breaks into three pieces of mass 0.1kg, 0.4kg and 0.5kg. What is the total energy of the scattered pieces?
A 1kg plate falls from a shelf 1m above the ground and breaks into three pieces of mass 0.1kg, 0.4kg and 0.5kg. What is the total energy of the scattered pieces?
This is a conservation of energy question. The event is the collision. The initial energy can be calculated by gravitational potential energy:
The final total energy must be the same. The energy of the scattered pieces must add to
This is a conservation of energy question. The event is the collision. The initial energy can be calculated by gravitational potential energy:
The final total energy must be the same. The energy of the scattered pieces must add to
Compare your answer with the correct one above
A ball is rolled into a stationary ball. If the heavier ball applies a force on the smaller ball, what force will the smaller ball apply on the large ball?
A
The answer to this question lies within Newton's third law: for every action, there is an equal and opposite reaction. If the large ball applies a force on the smaller ball, the smaller ball will apply a force on the large ball in the opposite (negative) direction.
The answer to this question lies within Newton's third law: for every action, there is an equal and opposite reaction. If the large ball applies a
Compare your answer with the correct one above
A 1kg plate falls from a shelf 1m above the ground and breaks into three pieces of mass 0.1kg, 0.4kg and 0.5kg. What is the total energy of the scattered pieces?
A 1kg plate falls from a shelf 1m above the ground and breaks into three pieces of mass 0.1kg, 0.4kg and 0.5kg. What is the total energy of the scattered pieces?
This is a conservation of energy question. The event is the collision. The initial energy can be calculated by gravitational potential energy:
The final total energy must be the same. The energy of the scattered pieces must add to
This is a conservation of energy question. The event is the collision. The initial energy can be calculated by gravitational potential energy:
The final total energy must be the same. The energy of the scattered pieces must add to
Compare your answer with the correct one above