Two persons manage to push a motorcar of mass 1200 kg at a uniform velocity along a level road. The same motorcar can be pushed by three persons to produce an acceleration of 0.2 m S-2. With what force does each person push the motorcar? Also find the friction force offered by the road on the motorcar. (Assume that all persons push the motorcar with the same muscular effort.) Force of friction is:
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hlo mate here's your answer
Correct option is
Correct option is A 240N
Correct option is A 240NMass of the car=
Correct option is A 240NMass of the car=1200 kg
Correct option is A 240NMass of the car=1200 kgAccording to question only two people are able to move the car, so the Acceleration acquired by car is given by third the person.
Correct option is A 240NMass of the car=1200 kgAccording to question only two people are able to move the car, so the Acceleration acquired by car is given by third the person.Acceleration produced by car when pushed by third person
Correct option is A 240NMass of the car=1200 kgAccording to question only two people are able to move the car, so the Acceleration acquired by car is given by third the person.Acceleration produced by car when pushed by third person=
Correct option is A 240NMass of the car=1200 kgAccording to question only two people are able to move the car, so the Acceleration acquired by car is given by third the person.Acceleration produced by car when pushed by third person=0.2 ms
Correct option is A 240NMass of the car=1200 kgAccording to question only two people are able to move the car, so the Acceleration acquired by car is given by third the person.Acceleration produced by car when pushed by third person=0.2 ms−2
Correct option is A 240NMass of the car=1200 kgAccording to question only two people are able to move the car, so the Acceleration acquired by car is given by third the person.Acceleration produced by car when pushed by third person=0.2 ms−2we know F
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