SOLUTION: The parking cost at the local airport (in dollars) is C=2+1.75(h-1) where h is the number of hours. for what range of hours is it parking cost between $37 and $51

Algebra.Com
Question 212697This question is from textbook College Algebra
: The parking cost at the local airport (in dollars) is C=2+1.75(h-1) where h is the number of hours. for what range of hours is it parking cost between $37 and $51 This question is from textbook College Algebra

Answer by stanbon(75887)   (Show Source): You can put this solution on YOUR website!
The parking cost at the local airport (in dollars) is C=2+1.75(h-1) where h is the number of hours. for what range of hours is it parking cost between $37 and $51
------------------------------------------
37 < 2 + 1.75(h-1) < 51
---
Subtract 2 along the line to get:
35 < 1.75(h-1) < 49
---
Divide thru by 1.75 to get:
20 < h-1 < 28
---
Add 1 along the line
21 < h < 29
========================
Cheers,
Stan H.

RELATED QUESTIONS

the parking cost at the local airport (in dollars) is C=2+1.75(h-1), where h is the... (answered by Fombitz)
For each quadratic function, state the vertex and then graph the function The cost... (answered by stanbon)
Danny parks his car at a parking lot for a flat fee of $2.00 plus $0.25 per hour that his (answered by Boreal)
The cost (in dollars) of producing s shirts in a factory is given by C(s) = 35s + 540. (answered by josgarithmetic)
The airport parking lot charges different rates for different lengths of time. One hour... (answered by stanbon)
The airport parking lot charges different rates for different lengths of time. One hour... (answered by edjones)
The cost, c(x), for parking in a hospital lot is given by c(x) = 5x + 3.00, where x is... (answered by josgarithmetic)
The airport parking lot charges different rates for different lengths of time. One hour... (answered by chiexpert)
The cost for burning a 75 watt bulb is given by the function c(h), where h represents the (answered by stanbon)