The diagram shows a mass of 181 kg being uniformly accelerated from rest, directly up an incline by means of a light inelastic cord passing over a light frictionless pulley and connected to a hanging mass of 91,5 kg. the constant frictional resistance of the heavier body is 125 N. Calculate: 1. The Acceleration of the body 2. The tensile force in the cord during motion of the system
The diagram shows a mass of 181 kg being uniformly accelerated from rest, directly up an incline by means of a light inelastic cord passing over a light frictionless pulley and connected to a hanging mass of 91,5 kg. the constant frictional resistance of the heavier body is 125 N. Calculate: 1. The Acceleration of the body 2. The tensile force in the cord during motion of the system
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The diagram shows a mass of 181 kg being uniformly accelerated from rest, directly up
an incline by means of a light inelastic cord passing over a light frictionless pulley and
connected to a hanging mass of 91,5 kg. the constant frictional resistance of the heavier
body is 125 N.
Calculate:
1. The Acceleration of the body
2. The tensile force in the cord during motion of the system
Transcribed Image Text:181 kg
25°28'
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