Recent content by HydroMarioUSA

Thank you! The answer is C), right? Because you just need to set up the equation (x-19.6)/2 = 3.72, and x = 27.04.

In general, how would you find the tension on a string if both blocks pull on the string?

Homework Statement Block B is positioned on a fixed incline. Attached to block B is a massless, ideal string that runs over a massless ideal pulley and is attached to a hanging block block A at the other end. The mass of block A is 2 kg and the mass of block B is 10 kg. The angle of the incline...

See the screenshot for the full problem. 1. Homework Statement We're given a pulley with one side hanging (A) and the other on an inclined plane (B). We are also given that the mass of A is 15 kg and the mass of B is 17 kg. The angle of elevation of the inclined plane is 32 degrees. The...

Is the answer (D)? The way I got it was by knowing that T1 = 182.28, and subtracting that by the forces of gravity on T1 and T3, then finally dividing that by 9.8...

Would T3 = Fg on m3 and T2 = Fg on m2 + Fg on m3? Is that how it works?

Net force, right? OH I see thanks!

How do you get m2 from knowing T3 and T2, sorry if it's obvious?o_O

Apparently, it's against the rules to just ask for answers, but could someone tell me where to start?

Hi, I'm new here. Could someone provide some guidance on how to start this problem?