Three forces are pulling on the same object such that the system is in equilibrium. Their magnitudes are F1 = 2.83 N. F= 3.35 N. and F3 = 3.64 N, and they make angles of 0, = 45.0°, 02 = -63.43 and 03 =164.05° with respect to the x-axis, respectively. Required:
a. What is the x-component of the force vector F1?
b. What is the y-component of the force vector F1?

(a) 2.001N

(b) 2.001N

A sketch of the scenario has been attached to this response.

Since only the force vector F₁ is required, the only force shown in the sketch is F₁.

As shown in the sketch;

The x-component of the force vector F₁ =

The y-component of the force vector F₁ =

The magnitude of F₁ as given in the question = 2.83N

The angle that the force makes with respect to the x-axis = 45.0°

Using the trigonometric ratio, we see that;

(a) cos 45.0° =

=>   =  F₁ cos 45.0°

=> =  2.83 cos 45.0°

=> =  2.83 x 0.7071

=> =  2.001N

(b) Also;

sin 45.0° =

=>   =  F₁ sin 45.0°

=>   =  2.83 sin 45.0°

=>   =  2.83 x 0.7071

=>   =  2.001N

Therefore, the x-component and y-component of the force vector F₁ is 2.001N

sonar - device which is used to find the submit submarines, sankalp ship. sonar waves consists of a transmitter and detector which are installed in the observation centre on board of a ship. the ultrasonic waves are sent into the sea at high frequency about 1000 khz in all direction.

choosing tennis and golf balls is your inde choice.

their mass and volume are dep