I have another question: Can I use the vertical acceleration (which equals 0) to solve for the acceleration of this system and then solve for the frequency (or rev/min) of the system?
Thanks again for the help.
More help please...
Here is what I have done so far:
1. I found out the length missing side of the top triangle (the missing side is T1 or the hypotenuse of the triangle) using Pythagoras.
2. Given that the top triangle is a right angle triangle, I proceeded solve for the angles using the...
Homework Statement
A 0.60 kg sphere rotates around a vertical shaft supported by two strings, as shown. If the tension in the upper string is 18 N, calculate the tension in the lower string.
Homework Equations
ƩFR = maR
FT = m * (v2 / r)
I am not sure about this, but I also...