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To solve for m, divide both sides by a, F/a=ma/a, so m = F/a.
force = mass x acceleration
Divide by 'a' on both sides F/a = m
Solve for H: V=LWH
As long as a is not equal to 0.
v = l*w*h v / (l*w) = (l*w*h) / (l*w) v /(l*w) = h h = v / (l*w) When you divide the circumference of a circle by its diameter you always get the same number. This number is called pi and it is 22 / 7 or 3.14. A = pi*r^2 is the formula that is used to find the area of a circle given its dimeter/radius.
During an experiment that Paul and Dawn performed, the stretch of a spring was directly proportional to the force applied to the spring. When they put the data on a graph they would expect to have what type of curve?
Well, Force= (spring constant) X (displacement) The k value is a constant, so F=x So if I'm not mistaken, the graph should be a diagonal straight line because the force always equals the displacement of the spring. Make sense?
Find the slope of the line containing the two points (1,-1) and (-5,-3).
If X = 5 and Y =3, what does Z equal? 2X + 2Z = 10Y
your not going to learn anything if i just give you the answers & post it in a new thread
JUST HELP ME WITH THAT ONE