Question

Draw free-body diagram... you have to add the red arrows for the tension force for A and B. Can I also have help on parts F and G please. Thank you in advance

<Assignment10-Chap10 Problem 10.46 ③ 13 of 13 Constants Periodic Table Two blocks are connected by a light string passing over a pulley of radius 0.10 m and moment of inertia I. The blocks move towards the right) with an acceleration of 1.00 m/s along their frictionless inclines (see the figure (Figure 1)) Draw the force vectors with their tails at points of aplications of the forces. The orientation of your vectors will be graded. The exact length of your vectors will not be graded but the relative length of one to the other will be graded. Figure No elements selected = 1.00 m' FINO MA= 8.0 kg 100 ms FINE MB - 10.0 kg 8.0 kg Pearson

Answer 1

solution: given's | R : a. M . jogsingin berat gq5v5i1374 ggcase 8g Singzato - 89 E. BD of Ar F.B D OfB F.BD of Pulley to T® A-> дете pag sinabi 8pcos srº Busbo, Jolte-Ta} = Ia TA - 89 Sin 32°= să TA = 8x1 +8 g Sin 32° TA = 8 + 41.54 [TA = 49.5un] to log Singi-Tg = 100 > T8 - 10 g Sin61-1011) 3) Te = 85.71.- 10. TB 2 75.71NT We also know Lazaro

(f) From F. B.D of pulley & & net torque = TB XR - TA&R - = (TB-TA)R = (26.17)x R = 2.61 Nim. Hence, Jher Torque - 2.61N. we know, Tnet - Iasi also a=ar 1 saa ta 10 rad/sec Rot (G) 80, 'D. Iner = IX 352-61 = I (10) Ś I = 0.261 @ Kg.m? Hence, Imoment of Snertia = 0.261 kg. m2