2x+a=p 2x=p-a x=.5p-.5a
If you mean: p/35.60 = 18/100 then by multiplying both sides by 35.60 the value of p works out as 6.408
The value of p in the equation 9(p-4) - 18 is 6. When we simplify the equation, 9(p-4) - 18 becomes 9p - 36 - 18, which further simplifies to 9p - 54. To find the value of p, we set this equal to 0 and solve for p, 9p - 54 = 0, which gives p = 6.
p
10p + 5p - p = 15p - p = 14p
You can solve this for p:2m + 2p = 162p = 16 - 2mp = 8 - mIf you supply a value for "m", you can then calculate p.You can solve this for p:2m + 2p = 162p = 16 - 2mp = 8 - mIf you supply a value for "m", you can then calculate p.You can solve this for p:2m + 2p = 162p = 16 - 2mp = 8 - mIf you supply a value for "m", you can then calculate p.You can solve this for p:2m + 2p = 162p = 16 - 2mp = 8 - mIf you supply a value for "m", you can then calculate p.
This is a simple algebraic equation. To solve for p, you need to isolate the variable (p) on one side of the equation. Here are the steps to solve the equation: p + 5 = 9 Subtract 5 from both sides p = 4 So the value of p that makes the equation true is 4.
you cant unless you know what the value of P equals
p-3=8 add 3 both sides p-3+3=8+3 solve p=11
2x+a=p 2x=p-a x=.5p-.5a
how to solve 7 + p = p +7
Equations do not have "answers", a myth which is reinforced by the way algebra tends to be taught in schools. You can, however, solve equations for different things, particularly variables. If by the "answer", you mean the value of p, then we can solve it like this: 3.25p - 14 = 12 3.25p = 26 p = 26/3.25 p = 8
If you mean: p/35.60 = 18/100 then by multiplying both sides by 35.60 the value of p works out as 6.408
It is 12*P*P*P whose value will depend on the value of P.
The value of p in the equation 9(p-4) - 18 is 6. When we simplify the equation, 9(p-4) - 18 becomes 9p - 36 - 18, which further simplifies to 9p - 54. To find the value of p, we set this equal to 0 and solve for p, 9p - 54 = 0, which gives p = 6.
p
if p² = 169, then p = ±√169 In other words, take the square root of 169 and p is either the positive or negative value of the square root.