Use the prime factorization method to find the LCM of the variable expressions.2xy2 and x3y
A. 5x3y2
B. 4x2y3
C. 2x3y2
D. 4x3y2
Answer: C
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Solve the problem. Use 3.14 as an approximation for ? where appropriate.Find the volume of a tent having the shape of a rectangular solid of length 12 ft, width 13 ft, and height 5 ft topped by a rectangular pyramid of the same width and length with height 4 ft. (Round to the nearest hundredth unit.)
A. 1560.00 ft3 B. 988.00 ft3 C. 208.00 ft3 D. 416.00 ft3
Graph the function by starting with the graph of the basic function and then using the techniques of shifting, compressing, stretching, and/or reflecting.f(x) = -
A. 
B. 
C. 
D. 
Suppose the quantity demanded per week of a certain dress is related to the unit price 
by the demand equation 
, where
src="https://sciemce.com/media/3/ppg__cognero__4.4_Optimization_I__media__40eed320-18ef-4be7-b526-044e4526063b.PNG" style="vertical-align:middle;" /> is in dollars and 
is the number of dresses made.
?
To maximize the revenue, how many dresses should be made and sold each week? (Hint: 
). Round the answer to the nearest integer.
?
A. 62 dresses
B. 64 dresses
C. 69 dresses
D. 67 dresses
Solve the problem.A gas company has the following rate schedule for natural gas usage in single-family residences:Monthly service charge$8.80Per therm service charge1st 25 therms$0.6686/thermOver 25 therms$0.85870/thermWhat is the charge for using 25 therms in one month?What is the charge for using 45 therms in one month?Construct a function that gives the monthly charge C for x therms of gas.
What will be an ideal response?