Recent content by cbchapm2

I got the right answer! When I solved the first equation for T2, I dropped the T1 and it threw off everything else too.

Is the degree in the picture the correct one to use in the equation? Since you have to put in the x and y coordinates; it might be 14 degrees BELOW the x-axis on either side, but the angle is measured counter-clockwise from the positive x-axis. So that's why I'm questioning it. I have the...

The sum of the y components would be the 2Tsin(theta). I really just don't know what angle to use for theta.

What angle would you use though? And I'm not really sure for the x direction...is it 0? Or is it 2Tcos(theta)?

I think I got that part... would you find the x and y components using Tcos(theta) and Tsin(theta) for each one? Do you have to do it for each angle? For the angle, would you do counter clockwise from the x-axis?

I don't have a mass or acceleration though...is there a normal force exerted on it?

Homework Statement See the attachment for the diagram and problem: Homework Equations So the magnitude of the tension in the wire is 13.38 N. And each angle is 14 degrees below the x-axis, one on the positive side and one on the negative side. Would I use my Tcos(theta) and...

Homework Statement See attached figure below for problem: I'm designating the "horizontal cable" T1, the "incline cable" T2, and the "vertical cable" T3. Homework Equations I used the following to find x and y components of each force: x comp=Tncos(theta) y comp=Tnsin(theta) The...

Got the right answer for both questions! Thanks so much!

So you're saying that the 7959.23 N is my weight of the plane? I guess that would make sense, since it's a constant vertical speed (y direction)...

Homework Statement On an airplane's takeoff, the combined action of the air around the engines and wings of an airplane exerts a 8240-N force on the plane, directed upward at an angle of 75.0° above the horizontal. The plane rises with constant velocity in the vertical direction while...

Two forces applied to car, direction?? Homework Statement Here is my given diagram and problem: Homework Equations I'm stuck on finding the direction. I tried using the equation theta=tan^-1(Ay/Ax), and the answer was incorrect. The Attempt at a Solution As you can see, I have...

Okay, so I'm trying to find the Vx and Vy for 45*. I just used a value for Vi like you said, 10 m/s. Vx=10m/s(cos 45*)=7.071 Vy=10m/s(sin 45*)=7.071 So now I plug those into the respective X(t) and Y(t) equations? What value do I use for the Xi and Yi of them?

Why don't you just walk me through the example problem you gave?

When I was attempting to do this on my own I found this particular page and was still unable to apply it.