# What happens to the passenger when the bus suddenly stops?

## What happens to the passenger when the bus suddenly stops?

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.

## When a bus starts suddenly a passenger falls backward This is an example of?

When a bus starts suddenly,the person falls backwards because of inertia of rest of passenger. This is due to the fact that because of their inertia ,the passengers tend to remain in their state of rest when the bus starts suddenly.

## Do the passengers in a bus tend to fall backward when it starts suddenly?

When the bus starts moving suddenly, the lower part of the body of passengers, which is in contact with the bus, come in motion, but upper part of their body tends to be in the state of rest and the passengers fall backward.

## Why do passengers in a bus tend to fall back when it starts?

Inertia in a moving bus when the brake is applied Similarly, the passenger tends to fall back when the bus accelerates from rest because when the bus accelerates, the passenger’s inertia tends to oppose the bus’s forward motion. Hence, the passenger tends to fall back when the bus accelerates forward.

## When a vehicle suddenly starts to move the passengers are thrown backwards?

Answer. When the bus starts suddenly, then, the lower part of body starts being in motion because it is in touch of bus in motion, while the upper part of body tries to be at rest for sometime, because of inertia at rest. this is why, passengers tends to fall backwards when it starts suddenly.

## Why do you fall forward when a car brakes suddenly?

When a moving bus brakes to a stop, our feet come to rest with the bus. But upper part of our body continues to move forward on account of inertia of motion. That is why we tend to fall in the forward direction. The upper part of the body tries to maintain itself at rest on account of inertia of rest.

## Why do you fall in the forward direction when a moving bus breaks to a stop and fall backwards when it accelerates from rest?

When a moving bus brakes to a stop, our feet come to rest with the bus. But upper part of our body continues to move forward on account of inertia of motion. That is why we tend to fall in the forward direction. However, when the bus accelerates from rest, lower part of our body moves with the bus.

## Why do passengers tend to fall?

When a bus runs along a straight line path, the passengers also move with the same speed in a straight line but when the bus takes a sharp turn the upper portion of the body of passengers still continues to be in straight line motion but the lower portion tends to take a turn along with the bus and passengers tend to …

## Why do passengers jumping out of a rapidly?

When the passenger jumps out of a fast-moving bus/train, his feet will come to rest on touching the ground, whereas the upper part of his body continues to move forward, due to the inertia of motion. As a result, if he does not run forward he will fall with his face in downwards direction.

## When a passenger jumps out of a moving train he fell down?

Answer. This is because when the passenger is sitting inside the train his body possesses inertia of motion but when he jumps out of the moving train his lower body suddenly stops but the upper body still has the inertia of motion causing him to move forward and hence the passenger falls down.

## Why do passengers tend to fall back when it starts suddenly 2 marks?

In case bus stops suddenly, luggage will continue to remain in state of motion due to inertia. Thus, luggage might fall off when bus comes to rest or starts suddenly.

## What happens to you when your bus driver takes a sharp turn?

When the bus suddenly takes a sharp turn, the lower portion of passengers which is contact with the bus tends to move in that direction but the upper portion of the passengers throw an outside. This happens due to the INERTIA OF DIRECTION.

## When a car or bus turns a corner sharply We tend to fall sideways?

When a bus turns a corner sharply, the passengers tend to fall sideways because of inertia or tendency to continue moving in the straight line.

## When you make a sharp turn while driving a car you tend to lean sideways?

On the free upper part, there is centrifugal force which is caused by the inertia of the free upper part of your body tending to continue in a straight line as the car makes a turn to the right. Thus, the upper part of your body tends to lean left as the car turns right.

## When a motorcycle makes a sharp turn at high speed the passengers get thrown to the other side?

Answer. When the motor car takes a sharp turn at high speed, the passengers tend to get thrown to one side. It is because the body of the passengers tries for resisting the change exactly in the side of inertia. Hence, the passengers will slip for getting to one side of a car.

## When a moving car turns around a corner to the left in what direction do the Acceptants tends to fall?

This is the behavior of inertia. Assume you are in a country where the driver sits on the right and you are sitting in the left seat. So if the car was traveling North, but turns to go East, your body wants to continue going North.

## When you are in the front passenger seat of a car turning to the left you may find yourself pressed against the right side door Why do you press against the door?

Does your explanation involve a centrifugal force, or Newton’s laws? When a person is in the front passenger seat of a car turning to the left, he finds himself pressed against the right-side door because no force acts on him to provide the centripetal acceleration.

## How is circular motion accelerated when speed is constant?

An object undergoing uniform circular motion is moving with a constant speed. Nonetheless, it is accelerating due to its change in direction. Yet, with the inward net force directed perpendicular to the velocity vector, the object is always changing its direction and undergoing an inward acceleration.

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