Given cost function C(g) = q° - 125g + 25000q, what is the minimum average cost? ty Ce It would be S per item. ours (Round to two decimal places) nnoi alen llab

Suppose P varies jointly with r and the square of m.  When r=2 and m=3, then P=36. Find P if r=10 and m=2.

4. The height h of a geometric solid varies directly as the volume V and inversely as the square of the radius r. Find the equation of variation if h = 22.6 cm when r = 54.3 cm and V = 209,300 cm³. Extension: What is the solid?

8- Round to the nearest tenth

there is a proportional relationship between the volume measured and cups and the same volume measured in tablespoons in 3 cups is equivalent to 48 tbsp as shown in the graph. A. plot and label at least two more points that represent the relationship B. Use a straight edge to draw a line that represents this proportional relationship C. for which value y is one, y on the line you just drew D. What is the constant of proportionality for this relationship F. Write an equation representing this relationship using C for cups and tea for tablespoons.  help I need answers today right nowwww

Estimate the weekly revenue when the weekly demand is 177.  Round to the nearest dollar. Thanks for the help! rwgoiwrworihjrw hrwj ihw rihw

The exposure index If tor 4.35 milieter camera is a mensurernent of the amount. of light nat his the firm. I Is determined by the equation, ET - 1o% ( 4), where fie the -7-stop? seting on the camera, and t is the exposure time in seconds. Suppose the t. stop setting is 16 and the desired exposure time is 2 seconds. What wil the the resulting exposure index beg

The slope of a line is:  5.32 By how much does the Y-variable change if the X-variable increases by 1 unit?  (Round to two decimal places. Ex: 123.45)

d. A can has a surface area of 1187 square inches. Its height is 5.66 inches. What is the radius of the circular top? 3. Solve each problem. Verify your result using a graphing calculator. a. A ball is thrown upward from ground level with an initial velocity of 108 feet per second. Its height h in feet after t seconds is given by the equation h = -16t² + 108t. At what time will the ball hit the ground?

Suppose the total income in dollars from a machine is given by the following. I= 10e0.5t, 0sts 6, tin hours Find the average income (in dollars) over this 6-hour period. (Round your answer to the nearest cent.) $