1. A massless rope that run over a frictionless pulley as shown in the figure. If M₁ = 4.5 Kg and M₂ = 11 Kg,Part A:Calculate thea) acceleration produced in the pulley in (m/s²)b) tension in the rope in Newton (N) ::Part B:If the masses start moving from rest after 1.8 s, calculate,c) the distance travelled by the mass M₁ in (m):d) the velocity with which the mass M₂ will move in 1.8s, (m/s):M₁OM₂

in this question we use simple free body diagram equation and then equation of motion.

1. A massless rope that run over a frictionless pulley as shown in the figure. If M₁ = 4.5 Kg and M₂ = 11 Kg, Part A: Calculate the a) acceleration produced in the pulley in (m/s²) : b) tension in the rope in Newton (N) : : Part B: of the masses start moving from rest after 1.8 s, calculate, ) the distance travelled by the mass M₁ in (m) : ) the velocity with which the mass M₂ will move in 1.8s, (m/s): M₁ C M₂

1. A massless rope that run over a frictionless pulley as shown in the figure. If M₁ = 4.5 Kg and M₂ = 11 Kg, Part A: Calculate the a) acceleration produced in the pulley in (m/s²) : b) tension in the rope in Newton (N) : : Part B: of the masses start moving from rest after 1.8 s, calculate, ) the distance travelled by the mass M₁ in (m) : ) the velocity with which the mass M₂ will move in 1.8s, (m/s): M₁ C M₂

Inquiry into Physics

8th Edition

ISBN:9781337515863

Author:Ostdiek

Publisher:Ostdiek

Chapter3: Energy And Conservation Laws

Section: Chapter Questions

Problem 3P: In Section 2.4, we computed the force needed to accelerate a 1,000-kg car from 0 to 27 m/s in 10 s....

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