Your goal is to get b alone on one side of the equals and get "not b" on the other. In this case, b and h are put together by multiplying. So we do the opposite operation - dividing, to get b and h separated.
A = b * h Put the multiplication operation in the original
Solve the formula for the specified variable. V= BQK for B.SOLUTION: solve V=1/3Bh for B. Answer by nyc_function(2741) (Show Source): You can put this solution on YOUR website! V = (1/3)(B)(h) can be written as V = Bh/3.
the axial of symmetry
step-by-step explanation:
d/x
Step-by-step explanation:
[tex]d=bx\\\frac{d}{x} =b[/tex]
Your goal is to get b alone on one side of the equals and get "not b" on the other. In this case, b and h are put together by multiplying. So we do the opposite operation - dividing, to get b and h separated.
A = b * h Put the multiplication operation in the original
A / h = (b * h ) / h Divide by h on both sides
A / h = b The h on the right side simplifies to 1
Thus b = [tex]\frac{A}{h}[/tex]
The answer is 41.7 because 1.39 times 30 is 41.7
The answer is V / MU = B.
Step-by-step explanation:
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Solve the formula for the specified variable. V= BQK for B.SOLUTION: solve V=1/3Bh for B. Answer by nyc_function(2741) (Show Source): You can put this solution on YOUR website! V = (1/3)(B)(h) can be written as V = Bh/3.