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A refrigerator is approximately a uniform rectangular solid 1.9 m tall, 1.0 m wi

ID: 1392053 • Letter: A

Question

A refrigerator is approximately a uniform rectangular solid 1.9 m tall, 1.0 m wide, and 0.75 m deep.
If it sits upright on a truck with its 1.0 m dimension in the direction of travel, and if the refrigerator cannot slide on the truck, how rapidly can the truck accelerate without tipping the refrigerator over? [Hint: The normal force would act at one corner.]
A refrigerator is approximately a uniform rectangular solid 1.9 m tall, 1.0 m wide, and 0.75 m deep.
If it sits upright on a truck with its 1.0 m dimension in the direction of travel, and if the refrigerator cannot slide on the truck, how rapidly can the truck accelerate without tipping the refrigerator over? [Hint: The normal force would act at one corner.]

Explanation / Answer

Summation of Torques in the Y direction=mg(width)=ma(height) as Torque equals Force X Radius or Length of the Moment Arm.
Then solve for acceleration as m cancels out. gw/h= 5.16 m/s

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