What are the horizontal and vertical components of a

300 n force that is applied along a rope at 60° to the

horizontal and used to drag an object across a yard?

! can u explain the solve? idk why my answer is always reverse, like the answer for horizontal, not for vertical. the answer for vertical, not for horizontal. so, i am confusing. pls !

if u got the answer,

In the figure attached we can see in a better way this situation. If we are told the rope is at 60 degress to the horizontal, we can place this rope in the origin of the X-Y coordinate system.

If we observe in detail, we have a right triangle where the opposite side to the angle is the vertical component and the adjacent side is the horizontal component . So, we can use trigonometric functions to find the force (the hypotenuse ) applied to the rope.

For :

We can use the trigonometric function cosine, which is defined as:

This means

For :

We can use the trigonometric function sine, which is defined as:

This means

Finally the horizontal and vertical components are 150 N and 259.8 N

answer: the correct answer is   air pressure at the top of mount everest is higher than at the bottom of the grand canyon.

hope this : )

explanation:

ok

explanation: