Ask a New Question

Asked by Anonymous

a rope attarched to a sledge make an angle of 40 degree with the ground calculate the tension in the rope required to produce a horizontal component of 100N what will be the vertical component of this forces?
6 years ago

Answers

Answered by Henry
a. T*Cos40 = 100.
T = 100/Cos40.

b. Tv = T*sin40.

6 years ago
Answered by Henry2
post it.
6 years ago
Answered by Anonymous
T =cos40 =100
=100/cos40
=130.54
TV=130.54 × sin40
=83.909
4 years ago

Related Questions

Hi! please help A sledge loaded with bricks has a total mass of 17.8 kg and is pulled at constant s... A sledge loaded with bricks has a total mass of 18.0 kg nd is plled at constant speed of a rope incl... The Sledge Tire and Rubber Company plans to warranty its new mountain bike tire for 12 months. Howev... sledge of mass 80 kg moves over the frozen surface of a lake with a velocity of 30m/s and comes to r... a sledge of mass 25kg is pulled along a smooth frozen lake by a rope which is pulled at an angle of... A sledge weighing 30 kg is pulled with a rope that makes 60° with the horizontal. The tension on the... a rope attached to a sledge make an angle of 40% with the ground calculate the tension in rope requi... Rope Q is 12 m longer than Rope P. Rope W is twice as long as Rope P . The total length of the thre... Sledge runner's moving through snow are an example of? Rolling friction Sliding friction Me: *Talking to a rope* "ROPE, YOU LIED TO ME"
Ask a New Question
Archives Contact Us Privacy Policy Terms of Use