How much work do you do on the statue

Reference no: EM13716231

Solve the all parts of given problem:

Problem: You pick up a 3.4-kg statue from the ground and put it on a shelf 1.6 m high.

Part A: How much work do you do on the statue?

Part B: You hold the statue stationary for half a minute, waiting for your dad on a ladder to take it. How much work do you do during this time?

Part C: When you put the statue back on the ground. How much work do you do on the statue as you lower it?

Please Help and show steps. I am trying to understand how to work this problem. Thanks in advance!

Reference no: EM13716231

Questions Cloud

What voltage is required to store charge on the plates : What voltage is required to store 6.8 x 10-5C of charge on the plates of a 6.0 ÂµF capacitor

Find coefficient of friction between the block and the table : A 6.0- kg concrete block rests on a level table. A 3.9- kg mass is attached to the block by a string passing over a light, frictionless pulley. find the coefficient of friction between the block and the table

What is the lowest energy the electron can have : An electron is free move only along the x axis and is attracted to x=0 by harmonic potential with angular frequency of 1.9 eV/h. What is the lowest energy the electron can have

What is the angular width of the central diffraction peak : If 650-nm light falls on a slit 0.0525mm wide, What is the angular width of the central diffraction peak

How much work do you do on the statue : You pick up a 3.4-kg statue from the ground and put it on a shelf 1.6 m high. How much work do you do on the statue

How close will it come to the plane before stopping : A metal ball with a mass of 3.09x10-6 kg and a charge of +4.13 mC has a kinetic energy of 4.97x108 J. how close will it come to the plane before stopping

What is the magnitude the velocity of ship : Two ships, A and B, leave port at the same time. Ship A travels northwest at 25 knots and ship B travels at 35 knots in a direction 40° west of south. What is the magnitude the velocity of ship

What is the magnitude of the braking force : A 58-kg bicyclist rides his 10.3-kg bicycle with a speed of 13.8 m/s. Assuming constant acceleration, What is the magnitude of the braking force

User Account

All Pages