Find how much force would it take to keep the box sliding

Assignment Help Physics

Reference no: EM13669989

A cardboard box weighing 165 Newton is resting on a marble floor. If the coefficient of friction between cardboard and smooth marble is .20, find how much force would it take to keep the box sliding along at constant speed?

Reference no: EM13669989

Questions Cloud

Explain the concentrations of h2, i2 and hi after system : a 1.0 liter container initially holds 0.0150 mol H2 and 0.020 mole I2 at 721K . What are the concentrations of , H2,I2 and HI after system has achieved a state og equilibrium? The value Keq is 50.5 for the reaction H2+I2↔ 2HI

Find the force of static friction between bag and carousel : A luggage carousel at an airport has the form of a section of a large cone, steadily rotating about its vertical axis. Find the force of static friction between bag and carousel

Explain what percentage of the prize money remain : If you won 1 mol of dollars the day you were born as well as spent 1billion dollars a second for the rest of your life, explain what percentage of the prize money would remain, if any, while you decide to retire from spending at 90 years of age

Calculate what the acceleration of the elevator : A boy stands on a scale in an elevator. As the elevator starts, the scale has a constant reading of 589 Newton. Compute the acceleration of the elevator

Find how much force would it take to keep the box sliding : A cardboard box weighing 165 Newton is resting on a marble floor. If the coefficient of friction between cardboard and smooth marble is .20, find how much force would it take to keep the box sliding

Find the centripetal force on a single electron : In the e/m experiment, if the accelerating voltage is 300 Volt and the radius of the bean path is 3.2 centimeter, Find the centripetal force on a single electron

Evaluate the force of friction : A 45 kilogram crate is on a ramp inclined at 36o to the horizontal, and the coefficient of friction between the crate and the ramp is .26. Evaluate the force of friction

Determine how much would the current in the helmholtz coils : If the accelerating voltage is doubled in the experiment, determine how much would the current in the Helmholtz coils have to be changed to keep the radius of the path electrons the same

Obtain the velocity of the plank : A 45.0 kilogram girl is standing on a 150 kilogram plank. Obtain the velocity of the plank relative to the surface of the ice

User Account

All Pages