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What will happen to the passenger standing on a stationary bus when the bus suddenly moves forward Why?

What will happen to the passenger standing on a stationary bus when the bus suddenly moves forward Why?

When a passenger in sitting or standing in a stationery bus, both the bus and the passenger are at rest. When the bus starts moving suddenly, the lower part of the passenger’s body starts moving forward with the bus. As a result, therefore, the passenger falls or leans backwards as the bus starts.

When a bus suddenly starts the standing passengers fall backwards in the bus this can be explained by?

The passengers in a bus tend to fall back when it starts suddenly due to inertia as the passengers tend to remain in the state of rest while the bus starts to move.

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When a bus suddenly starts the passengers are thrown back?

EXPLANATION: When a bus suddenly starts moving, the passengers fall backward due to the law of inertia of rest or 1st law of Newton.

What happens to the passenger when the bus suddenly stops?

Laws of Motion. A passenger sitting in a moving bus is in motion. When the bus suddenly stops, the lower part of our body is brought to rest along with the bus whereas upper part continues to be in motion due to inertia of motion and hence falls forward.

Why are passengers thrown in the forward direction when a running bus stops suddenly?

This is due to inertia. When the speeding bus stops suddenly, lower part of the body comes to rest while the upper part of the body tends to maintain uniform motion. Hence, the passenger’s are thrown forward.

When a bus starts suddenly the passengers are pushed backwards Which of the following laws is illustrated in this example?

When a bus starts suddenly the passengers standing on it leads backward in the bus it is an example of newton’s first law ,newton’s third law ,newton’s second law, law of conservation of momentum.

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What happens to the passenger if the moving bus at constant velocity suddenly stops what is the direction of the passenger’s movement and of the car?

A passenger sitting in a moving bus is in motion. When the bus suddenly stops, the lower part of our body is brought to rest along with the bus whereas upper part continues to be in motion due to inertia of motion and hence falls forward.

What happens to the passenger when the bus suddenly move?

When a bus at rest suddenly moves forward, the passengers, standing in the bus, fall backward.

What happened to the passenger when the bus suddenly move?

The passengers in a bus tend to fall backward when it starts suddenly due to inertia as the passengers tend to remain in the state of rest while the bus starts to move. When the bus stops suddenly, people fall forward because their inertia as they are in state of motion even when the bus has come to rest.

Why do people get thrown backwards when a bus accelerates forward?

When the bus moves, all its passengers move in the same direction as the bus. However, humans have a tendency to resist that change in motion, that resistance is called inertia. So when the bus accelerates forwards, its passengers will want to remain to its original state of motion which was being stationary, that is why they are thrown backwards.

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When a bus suddenly takes a turn the passengers are thrown out?

Expert Answer: When a bus suddenly takes a turn the passengers are thrown outwards because of inertia of direction. An inability of an object to chnage its direction of motion by itself is called inertia of direction.

Why does a standing person not fall back in a bus?

Even better, a drag racer shooting forth from the starting line. Originally Answered: Why does a standing person does not fall back in a bus when the bus moves slowly, but falls back when the bus moves suddenly? It is due to a phenomena known as inertia.

When a bus is stationary its passengers also remain stationary?

When the bus was stationary, its passengers also remain stationary as no other external forces were acting on it . It is only when the bus speeds up that the engine exerts a force which causes it to accelerate. (Newton’s Second Law: F = ma) When the bus moves, all its passengers move in the same direction as the bus.