I need to be places as well, so I'll leave the general steps here
1. Find F_T1. a) Find the normal force on the table block b) Find the frictional force on the table block c) Use Newton's Second Law to show that F_T1 = friction force
2. Find F_T2 a) Use Newton's second law to show that F_T2x = F_T1 b) Use trigonometry to find F_T2x in terms of F_T2 c) Pluggy pluggy to get F_T2 in terms of whatever is in that F_T1 equation
3. Find block weight a) Use Newton's second law to show that F_T3 = F_T2y b) Pluggy pluggy to get F_T3 in terms of whatever is in that F_T2 equation (trig required) c) Use Newton's second law for the hanging block to show that its weight force = F_T3 d) Solve for weight of hanging block. Pluggy pluggy may be required
First of all, this is my first question here. I know the title doesn't really say anything but I really couldn't come up with anything better. Any help with finding a better one or adding tags is appreciated. Thanks for reading through all of this in advance.
A little background: I play a game ca...
Have you ever played the mobile game Flow Fit or Flow Fit: Sudoku?
The former is about assembling letter tiles into crosswords (which gets frickin hard when the level features all single-shape tiles), and the latter is about assembling digit tiles into some kind of generalized latin squares
@JohnDvorak If you really do strongly object to singular they being used as a pronoun, I don't mind being called he or she instead. Either one is fine.
The grid in Flow Fit: Sudoku roughly works like this, and I think it will be interesting to combine such grids with existing Latin square genres e.g. Easy as ABC or Skyscraper (unless it's already done before)
