An automobile is modeled as a single-degree-of-freedom

Assignment Help Mechanical Engineering

Reference no: EM13629880

An automobile is modeled as a single-degree-of-freedom system vibrating in the vertical direction. It is driven along a road whose elevation varies sinusoidally. The distance from peak to trough is 0.2m and the distance along the road between the peaks is 35m. If the natural frequency of the automobile is 2 Hz and the damping ratio of the shock absorbers is 0.15, determine the amplitude of vibration of the automobile at a speed of 60 Km/hr. If the speed of the automobile is varied, find the most unfavorable speed for the passengers.

Reference no: EM13629880

Questions Cloud

A small metal ball with a mass of 595 g and a charge of 531 : a small metal ball with a mass of 5.95 g and a charge of 5.31 mc is located at a distance of 0.63 m above the ground in

Calculate the thermal efficiency of the cycle using work : six kilograms of carbon dioxide in a piston-cylinder device execute a carnot cycle consisting of the following four

A conducting sphere of radius 200 cm 0020 m has a charge of : 1 a conducting sphere of radius 2.00 cm 0.020 m has a charge of 1 micro c deposited on it. what is the magnitude of the

To understand the physics of the o-ring we may need to : to understand the physics of the o-ring we may need to start formulating the problem in a static equilibrium condition.

An automobile is modeled as a single-degree-of-freedom : an automobile is modeled as a single-degree-of-freedom system vibrating in the vertical direction. it is driven along a

A piston and cylinder machine containing a fluid system has : a piston and cylinder machine containing a fluid system has a stirring device in the cylinder the piston is

A meter stick tilted at 20 degrees from the horizontal is : a meter stick tilted at 20 degrees from the horizontal is moving by earth. the horizontal component of the meter stick

To understand the physics of the o-ring we may need to : to understand the physics of the o-ring we may need to start formulating the problem in a static equilibrium condition.

An otto cycle has the lowest t as 520 r and the lowest p as : an otto cycle has the lowest t as 520 r and the lowest p as 12 psi. the highest t is 4500 r and combustion adds 500

User Account

All Pages