if x + y = w, then x = w - y
It's equal to the change in velocity (final velocity - initial velocity).
x - y = w Add y to both sides: x = w + y
L = 14 and W = 2 would give an area (A) of 28, or 7 (L) x 4 (W) = 28 (A)
4368/24 = 182 24 x 14 x 13 = 4368
They are identities because they are true for ALL values of w and x.
W=m x vf2 Work equals mass times final velocity squared over 2 2 =11.76 x 92 Square the 9 2 = 11.76 x 81 Then multiply 11.76 by 81 2 = 952.56 Then divide 952.56 by 2 2 = 476.28 Use your sig figs = 4.7 x 102 J Work equals 4.7 x 102 Joules
if x + y = w, then x = w - y
w=x-y w+y=x
It's equal to the change in velocity (final velocity - initial velocity).
w x 1
Well pythagorus theoreum is a squared plus b squared equals c squared and circumference equals pie x diameter and area equals pie x radius squared
H = A/(L x W)
If x = 2 and y = 3 and z = 6 then the value of w if w = xyz is 36. (2 times 3 times 6)
x - y = w Add y to both sides: x = w + y
L = 14 and W = 2 would give an area (A) of 28, or 7 (L) x 4 (W) = 28 (A)
26.