Ask a New Question

Question

a body with a mass of 40kg is at the point of sliding down an incline plane of 20degrees.calculate the external force required to pull the body up the incline plane
9 years ago

Answers

Henry
M*g = 40*9.8 = 392 N.

Fp = 392*sin20 = 134.1 N. = Force parallel to the incline = Force required to pull the body up the incline.



9 years ago

Related Questions

"Two girls, one of mass 40kg and the other of mass 60kg, are standing side by side in the middle of... Pam has a mass of 40Kg and she is at rest on smooth, level, frictionless ice. Pam Straps on a rocke... a body of mass 40kg walk to a step in 40. find the kinetic energy A boy with a mass of 40kg is seated a distance of 3.0m from the fulcrum of a seesaw. a. Calcul... A boy has a mass 40kg and a girl of mass 30kg play on a see-saw, where must the girl sit to make it... a. boy. of. mass. 40kg sits. at. point of 2 .0metres from. the pivot. of a sea saw. find the weight... a body whose mass is 40kg runs up a flight of 30 steps each 150mm high in 6 second fine the average... a mass of 40kg moves under the influence of a spring whose force constant is 14N/m,calculate the fre... A boy of mass 40kg and a girl of mass 30kg play on seesaw of negligible weight if the boy sits 3m fr...
Ask a New Question
Archives Contact Us Privacy Policy Terms of Use