Calculate the distance covered by a trolley of 51kg when the amount of work done is 1,020Nm. Your solution’s ready to go! Our expert help has broken down your problem into an easy-to-learn solution you can count on.

Answer to A runner of 51kg mass is moving with a momentum of. Your solution’s ready to go! Our expert help has broken down your problem into an easy-to-learn solution you can count on.

A uniform rod of mass M=2.51kg and length L=0.74m can rotate about a hinge at its left end and is initially at rest. A putty ball of mass m=35.2g, moving with speed v=4.04m/s, strikes the rod at angle =35.2 from the normal at a distance D=23L from the point of rotation, and it sticks to the rod after the collision.

T= 25.3N , MassB= 3.51kg. The rope is connected to blocks A and B and pass over the frictionless pulley. Calculate the tension in the cable and the mass of block B required to initiate movement of block B up the incline. Block A has a mass of 10kg. μs = 0.3, μk = 0.25.

Question: three blocks, of masses m1=26kg, m2=38kg, m3=51kg are connected by two strings over an inclined surface and two pulleys as shown below. the coefficient of kinetic friction between m2 and the ramp is 0.21 . with the help of a clear FBD determine: A) the magnitude of the acceleration of the blocks.

Question: Problem 1: The block shown has a mass of 51kg and is acted upon by a horizontal force P. The coefficient of friction is 0.40 between the body and the incline. Calculate the magnitude P required (a) barely to prevent the block from slipping down the incline, (b) to give the block an acceleration of 2.4 m/s2 up the incline.

In the figure a 51kg rock climber is in a lie-back climb along a fissure, with hands pulling on one side of the fissure and feet pressedagainst the opposite side. The fissure has width w=0.30m, and the center of mass of the climber is a horizontal distance d=0.30mfrom the fissure.

A 51kg skydiver jumps out of an airplane. What is her terminal velocity in miles per hour (mph), assuming that k=10kgs for free-fall (no parachute)? Show transcribed image text

A m=51kg block is being pulled up an inclined surface by a T=340N force through the rope and pulley systemshown. The surface is inclined at angle of θ=27 degrees, and the rope's end makes a φ=22 degree anglerelative to the inclined surface.

A woman of mass 51kg is standing in an elevator. (a) If the elevator floor pushes up on her feet with a force of 408N, What is the acceleration of the elevator? (b) If the elevator is moving down at 1.5m/s at one point in time, what is the speed 4.0s later, assuming that its acceleration is …