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From the figure below, the car is on top of the solid concrete block of which is at rest. eglecting the coefficient of friction between the car and the concrete block, what is the quivalent friction created between the concrete box and the finish floor line. m- 1900 kg m =2000 kgs FFL M= 0.25

From the figure below, the car is on top of the solid concrete block of which is at rest. eglecting the coefficient of friction between the car and the concrete block, what is the quivalent friction created between the concrete box and the finish floor line. m- 1900 kg m =2000 kgs FFL M= 0.25

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From the figure below, the car is on top of the solid concrete block of which is at rest. Neglecting the coefficient of friction between the car and the concrete block, what is the equivalent friction created between the concrete box and the finish floor line. m= 1900 kg M= 2000 kgs FFL M=0.25
Transcribed Image Text:From the figure below, the car is on top of the solid concrete block of which is at rest. Neglecting the coefficient of friction between the car and the concrete block, what is the equivalent friction created between the concrete box and the finish floor line. m= 1900 kg M= 2000 kgs FFL M=0.25
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