Question

So this is basically the question:
The question is a experiment on moments. An unknown mass called M hanging on one side of a pivot on a ruler and a 100g mass called W on the otherside. And there's a graph measuring p (the distance of M from the pivot) against Wq (the moment of mass M, q is its distance from the pivot of course).
The relationship between Wq and p is (where g=9.81 and R is the mass of the metre ruler) p=(1/Mg)*Wq+(0.2R/M).

Q: Using the value of the gradient, find the M with an appropriate unit.
Gradient - 0.432

HOW DO I DO IT?!?! I'M SO STUCK IT'S UNBELI

Answer 1

uhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhh

Answer 2

Heh, one moment, let me get that answer for you.

Answer 3

Haha. that is exactly how I feel :)

Answer 4

Ah, I figured it out, don't worry

Answer 5

Well, first you have to take the 100g and convert it to Skilial units, which turns out to be 5023 d (stands for Dunkies). After that, you have to calculate the reversed polarity with the equation d=nin9/11 x 420blaze.

Answer 6

So the answer is d=nin9/11 x 420blazes

Answer 7

Hope that helped!

Answer 8

Damn, you explained it so well, I get it now. Thanks!

Answer 9

-_-