Question

Two blocks, each weighing p, are kept in equilibrium on an inclined plane without friction. In terms of Standing angle of the inclined plane, determine the tension:

a) the string connecting the two blocks;
b) On the rope that connects block A to the wall,
c) Calculate the magnitude of the force that the incline exerts on each block,
d) Interpret your answers for the cases a = 0 and α = 90 °.

Answer 1

Drawing a free body diagram can help.

Answer 2

Two blocks, each weighing p, are kept in equilibrium on an inclined plane without friction. In terms of Standing angle of the inclined plane, determine the tension: a) the string connecting the two blocks; b) On the rope that connects block A to the wall, c) Calculate the magnitude of the force that the incline exerts on each block, d) Interpret your answers for the cases a = 0 and α = 90 °.

Answer 3

Can you draw FBD's for both the blocks separately?

Answer 4

I'll post the picture of the question, but it is in Portuguese ...

Answer 5

Two blocks, each weighing p, are kept in bal ¬ ance on an inclined plane without friction. In terms of Standing angle to the plane tilt ¬ swim, determine the tension:

a) the string connecting the two blocks;
b) On the rope that connects block A to the wall,
c) Calculate the magnitude of the force that the incline exerts on each block,
d) Interpret your answers for α = 0 and α = 90 ° cases.

Answer 6

Don't expect me to give you direct answers. Draw a FBD, label forces., write the equations. Tell me where you are finding it difficult.

Answer 7

I can not get this issue

Answer 8

he is asking you to draw the free body diagram of each block separately!
do you know what a free body diagram is?