Why shockers are provided in automobile vehicles?

Force is proportional to the acceleration. The acceleration is sudden or slowly. If it is sudden it force will be larged. If it is slowly, the force is reduced. The shock absorbers reduce the total acceleration over a long period. Therefore, you donot feel that much. On the same road, if you travel in a wheel borrow, you feel the force effect.

shockers are provided in vehicles

Shockers are provided in automobiles because force is inversely proportional to time shockers led to increase the impact of times. That's why we do not feel much.

The popular belief that shockers absorb the shocks from uneven terrain is correct to some extent only.

Suspensions are actually used to keep your vehicle connected to the ground always(or as much as possible). The absorption of shocks is just a by product of this process.

Longer Version (since I was anyways drooling over moto pics).

• When you increase the throttle, the wheel that is getting all the power rotates at the wheel’s axis and creates centrifugal force (basically the more the torque, the greater the force).
• The centrifugal force created above will try to throw the wheel away from the ground (Newton’s 3rd law, not sure, science geeks correct me if I am wrong).
• The suspension, with the help of the weight of the bike and rider, will push this wheel down; and try to keep it connected to the ground as much as possible.
• The absorption of the shocks from uneven terrain is just a by product.
• The design, placement and the ‘travel’ of the suspension depends upon the type of vehicle design.
• please give like like like 

IN AUTOMOBILE VEHICLES WE EXPERIENCE A BACKWARD JERK OR FORWARD JERK OR SHOCKERS DUE TO THE LAW OF INERTIA ,WHEN WE ARE IN A AUTOMOBILE VEHICLE OUR FEET IS IN A DIRECT CONTACT OF THE AUTOMOBILE VEHICLE BUT OUR UPPER PART IS NOT IN DIRECT CONTACT OF THE AUTOMOBILE VEHICLE & HENCE OUR FEET TENDS TO BE IN MOTION BUT OUR UPPER PART TENDS TO BE AT REST MAKING US TO FOLLOW A shocker in automobile vehicles

Because force is inversely proportional to time.

Becayse in automobiles we experience a backward or a forward jerk

To abosrb the force which is extra

Vehicle receives the sudden sharp movement when it moves on the uneven surfaces. 
So, the vehicle receives the impulsive force .
To minimize this impact , shock absorbers are used.
Impulse=F(Δt)
Fα 1/Δt

The shock absorbers increases the time of sudden sharp movement  thereby reducing impulsive force.
This minimizes the  damage. to the vehicle .

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To avoid lumps

IN AUTOMOBILE VEHICLES WE EXPERIENCE A BACKWARD JERK OR FORWARD JERK OR SHOCKERS DUE TO THE LAW OF INERTIA ,WHEN WE ARE IN A AUTOMOBILE VEHICLE OUR FEET IS IN A DIRECT CONTACT OF THE AUTOMOBILE VEHICLE BUT OUR UPPER PART IS NOT IN DIRECT CONTACT OF THE AUTOMOBILE VEHICLE & HENCE OUR FEET TENDS TO BE IN MOTION BUT OUR UPPER PART TENDS TO BE AT REST MAKING US TO FOLLOW A shocker in automobile vehicles

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to reduse the friction

Cars often travels through unmetalled roads where there are bumps. It would be difficult for a car to transverse such terrain as sudden bumps cause wear and tear in in the axle. Shockers "absorb " such sudden change in terrain conditions thus the journey is comfortable and no harm is done to the car.

Force is proportional to the acceleration. The acceleration is sudden or slowly. If it is sudden it force will be larged. If it is slowly, the force is reduced. The shock absorbers reduce the total acceleration over a long period. Therefore, you donot feel that much. On the same road, if you travel in a wheel borrow, you feel the force effect.

Easy question thumbs up

Force is proportional to the acceleration. The acceleration is sudden or slowly. If it is sudden it force will be larged. If it is slowly, the force is reduced. The shock absorbers reduce the total acceleration over a long period. Therefore, you donot feel that much. On the same road, if you travel in a wheel borrow, you feel the force effect. Was this answer helpful16

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to avoid the force of the bumps and jerks

Force is proportional to the acceleration. The acceleration is sudden or slowly. If it is sudden it force will be large If it is slowly, the force is reduced. The shock absorbers reduce the total acceleration over a long period. Therefore, you do not feel that much. On the same road, if you travel in a wheel borrow, you feel the force effect

Shockers are used in automobile vehicles to provide comfort to the person by decreasing the effect of the shock or jerk due to the irregularity of the road applying newton's 2nd law of motion.

Shockers are used in automobile vehicles to provide comfort to the person by decreasing the effect of the shock or jerk due to the irregularity of the road applying newton's 2nd law of motion.

because less force act on bodies respect to decresing accelaration

to reduce jerk

shockers are used in cars,scooters and motorcycles,so that the time inetrvals,so that the interval of jerk increases.so,the rate of momentum decreases.hence, comparitevely lesser force is extered on the passengers during the jerk

IN AUTOMOBILE VEHICLES WE EXPERIENCE A BACKWARD JERK OR FORWARD JERK OR SHOCKERS DUE TO THE LAW OF INERTIA ,WHEN WE ARE IN A AUTOMOBILE VEHICLE OUR FEET IS IN A DIRECT CONTACT OF THE AUTOMOBILE VEHICLE BUT OUR UPPER PART IS NOT IN DIRECT CONTACT OF THE AUTOMOBILE VEHICLE & HENCE OUR FEET TENDS TO BE IN MOTION BUT OUR UPPER PART TENDS TO BE AT REST MAKING US TO FOLLOW A shocker in automobile vehicles

for less momentum so that less force will me applied and there will be less change of an accident 

to shock you

Force is proportional to the acceleration. The acceleration is sudden or slowly. If it is sudden it force will be larged. If it is slowly, the force is reduced. The shock absorbers reduce the total acceleration over a long period. Therefore, you donot feel that much. On the same road, if you travel in a wheel borrow, you feel the force effect.

Force is proportional to the acceleration. The acceleration is sudden or slowly. If it is sudden it force will be larged. If it is slowly, the force is reduced. The shock absorbers reduce the total acceleration over a long period. Therefore, you donot feel that much. On the same road, if you travel in a wheel borrow, you feel the force effect. 

ur ques seems incomplete
 

Force is proportional to the acceleration. The acceleration is sudden or slowly. If it is sudden it force will be larged. If it is slowly, the force is reduced. The shock absorbers reduce the total acceleration over a long period. Therefore, you donot feel that much. On the same road, if you travel in a wheel borrow, you feel the force effect.