The passenger’s movement is in opposite direction to the bus. The reason behind this one was because of the inertia in motion. An object in motion will remain in motion unless acted upon by a net force. When the car suddenly stop, the passenger tend to move or lean forward since they will remain in motion.

You and the car have inertia. If the car comes to a sudden stop, your body tends to keep moving forward. When the car starts moving again, your body tends to stay at rest. You move forward because the car seat exerts an unbalanced force on your body.

So when the bus or train stopped suddenly, a passenger sits inside tends to fall forward. Because the lower part of the body comes to rest with the bus while the upper part tends to continue its motion due to inertia.

Inertia in a moving bus when the brake is applied As the driver applies brakes, the bus comes to rest. But, the passenger tries to maintain the inertia of motion. Hence, the passenger tends to fall back when the bus accelerates forward.

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.

Explanation: When the bus is stationary the passengers are also stationary. When the bus stops, the part of the body (lower part) in contact with bus stops, but due to inertia the upper part continues to move forward and thus he moves forward. If he is standing he will fall forward.

Answer. when a metro train suddenly stops all the passengers fell forward due to the action of intertial force on their bodies which is mentioned in Newton’s first law of motion.

When a car stops suddenly we fall forwards, this is because the upper part of our body tends to continue to be in motion due to inertia.

The passengers moves forward when train stops due to Inertia of motion. That is the inability of the passengers to change by themselves, in the state of motion… Hope this helps!

The lower portion of the passenger attached to seat would stop and his upper portion would continue motion due to inertia. that’s why the passenger would fall forward because his lower portion become stationary with the seat and his upper portion (chest, head etc) continue motion.

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.

It is because if a person stands in a moving bus he may fall or collide with something or someone in the bus when the driver in the bus apply sudden brakes which is described in Newtons third law of motion“The net force on an object (or system of objects) equals the rate at which the object’s momentum changes.” Hope it …

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.

Example The passengers in a running bus fall in the forward direction, when brakes are applied suddenly. It is because when the bus suddenly comes to rest, the passengers on account of inertia of motion tend to continue to move in forward direction and hence fall forward.

When a bus or a train starts suddenly, the passengers sitting inside tend to fall backwards. This is so because the lower part of his body starts moving with the bus or train but the upper part tries to remain at rest due to inertia of rest.

Right Answer is: D When a train stops suddenly,passengers in the train feel an instant jerk in the forward direction because the upper part of the body continues to be in the state of motion whereas the lower part of the body in contact with seat comes at rest.

A man jumping out from a moving bus holds the inertia of motion. As the man lands on the ground, feet come to rest instantly while the upper part of the body continue to move due to inertia of motion. So, it is very dangerous to jump out of a moving bus.

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.

a moving bus is easily to stop, bcoz it is smaller than train…….then, u can easily stop it, by saying driver ……

A person might fall in the forward direction due to moment of inertia when the speed is fast. This can be explained by the Newtons’s law of inertia. The direction and speed of the person is the same as that of bus. As the person gets out of the moving bus the momentum is reduced to zero.

This is due to Newton’s first law of motion. First law of motion is called as law of inertia. This law states that an object will be at rest and an object will be in motion unless an external force applied to it. Due to this reason, a person getting down from the moving bus falls in the direction of motion of the bus.

When a person alights from the bus, his body would try to continue moving in the direction the bus was moving due to inertia. But as soon as both the feet touches the ground, the lower part of the body comes to rest while the upper part gets carried away under the effect of inertia resulting into his forward fall.

Answer. the correct answer is (A) Due to inertia of rest road is left behind and man reaches forward.

we should not get off a moving bus because we should get pain. The man jumping out from a moving bus possesses the inertia of motion. As the man lands on the gorund, feet come to rest immediately while the upper part of body continue to move due to inertia of motion and hence the person may fall forward.

A passenger getting down from a moving bus, falls in the direction of the motion of the bus. This is because his feet come to rest on touching the ground and the remaining body continues to move due to inertia of motion.