Anastasia uses the equation p = 0.7(rh + b) to estimate the amount of take-home pay, p, for h hours worked at a rate of r dollars per hour and any bonus received, b. What is an equivalent equation solved for h? h = (h equals StartFraction p Over 0.7 EndFraction minus b divided by r.– b)÷ r h = h equals StartFraction p Over 0.7 EndFraction minus b divided by r.– b ÷ r h = h equals left-parenthesis StartFraction p Over 0.7 EndFraction right-parenthesis divided by r minus b.÷ r – b h = h equals StartFraction p minus b Over 0.7 EndFraction divided by r. ÷ r
Answers
Given : p = 0.7(rh + b)
To find : Equation for h
Solution:
p = 0.7(rh + b)
p = Take home pay
r = rate of Dollars per hr
h = number of hours worked
b = bonus received
p = 0.7(rh + b)
=> p = 0.7rh + 0.7b
=> (p/0.7) = rh + b
=> rh = (p/0.7) - b
=> h = ( (p/0.7) - b ) ÷ r
h = ( (p/0.7) - b ) ÷ r
or h = ( p - 0.7b) / (0.7 r)
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Answer:
Given : p = 0.7(rh + b)
To find : Equation for h
Solution:
p = 0.7(rh + b)
p = Take home pay
r = rate of Dollars per hr
h = number of hours worked
b = bonus received
p = 0.7(rh + b)
=> p = 0.7rh + 0.7b
=> (p/0.7) = rh + b
=> rh = (p/0.7) - b
=> h = ( (p/0.7) - b ) ÷ r
h = ( (p/0.7) - b ) ÷ r
or h = ( p - 0.7b) / (0.7 r)
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