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The roller with the mass my and radius R can rotate without friction around the point O. Around the roller, a weightless and non-stretchable rope is thrown at the ends of which blocks of mass mi, m2 are attached. Block with mass m; is pulled by the force Pon the rough horizontal surface with coefficient of friction u. Calculate the angular acceleration e of the roller. Given: mi, m2, m3, R. u, P

The roller with the mass my and radius R can rotate without friction around the point O. Around the roller, a weightless and non-stretchable rope is thrown at the ends of which blocks of mass mi, m2 are attached. Block with mass m; is pulled by the force Pon the rough horizontal surface with coefficient of friction u. Calculate the angular acceleration e of the roller. Given: mi, m2, m3, R. u, P

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P. m2 R m3 The roller with the mass m; and radius R can rotate without friction around the point O. Around the roller, a weightless and non-stretchable rope is thrown at the ends of which blocks of mass mı, m2 are attached. Block with mass m2 is pulled by the force P on the rough horizontal surface with coefficient of friction u. Calculate the angular acceleration e of the roller. Given: m1, m2, m3, R. u, P E =?
Transcribed Image Text:P. m2 R m3 The roller with the mass m; and radius R can rotate without friction around the point O. Around the roller, a weightless and non-stretchable rope is thrown at the ends of which blocks of mass mı, m2 are attached. Block with mass m2 is pulled by the force P on the rough horizontal surface with coefficient of friction u. Calculate the angular acceleration e of the roller. Given: m1, m2, m3, R. u, P E =?
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