Given: m- 10 kg h = 5 m L = 10m S, = 2m Figure: -44...

  

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Given: m- 10 kg h = 5 m L = 10m S, = 2m Figure: Ø-44° H = 0.06 coef. of kinetic friction Note. Particle "m" is release from rest at pl. A and moves to pt. B, then to pt.C, and finally to pt.D. Neglect the effect of the change in velocity direction at pt.B. The same value of coef. friction, from pt.A to pt.C. • Projectile motion from pt C to pt.D. m Required: a. Free-body diagram of the particle at inclined plane AB. b. Free-body diagram of the particle at horizontal plane BC. c. Unbalanced force of the particle along the inclined plane AB. d. Unbalanced force of the particle along the horizontal plane BC. e. acceleration, a, of the particle along the inclined plane AB. f. acceleration, a, of the particle along the horizontal plane BC. g. velocity of the partiele at pt.B. h. velocity of the particle at pt.C. i. Range, (S,) J. Total time of travel of particle from pt A to pt. D. Given: m- 10 kg h = 5 m L = 10m S, = 2m Figure: Ø-44° H = 0.06 coef. of kinetic friction Note. Particle "m" is release from rest at pl. A and moves to pt. B, then to pt.C, and finally to pt.D. Neglect the effect of the change in velocity direction at pt.B. The same value of coef. friction, from pt.A to pt.C. • Projectile motion from pt C to pt.D. m Required: a. Free-body diagram of the particle at inclined plane AB. b. Free-body diagram of the particle at horizontal plane BC. c. Unbalanced force of the particle along the inclined plane AB. d. Unbalanced force of the particle along the horizontal plane BC. e. acceleration, a, of the particle along the inclined plane AB. f. acceleration, a, of the particle along the horizontal plane BC. g. velocity of the partiele at pt.B. h. velocity of the particle at pt.C. i. Range, (S,) J. Total time of travel of particle from pt A to pt. D.

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