Use the price model above te answer this questien. Estimate the price per sleeping bag when the weekly demand is 138. Round to the nearest cent. $_ per sleeping bag Price Model Find a quadratic regression equation for the price-demand data, using a: as the independent variable. p : o. I ha: l one:2 Round o. to the nearest integer. round bto 2 decimal places. and round c to 4 decimal places. Use this price model to answer question 1-2 below. Use the price model above to answer this question. The graph 3; = o + be + .232 has 3; intercept o. In the context of price-demand for sleeping bags, what is the interpretation of this value? (:3 The break-even point is 5o per sleeping bag. Q When the price is 3:1 per sleeping bag. there is no demand for sleeping bags. (Z) The equilibrium quantitv is o sleeping bags perweek. Q When the price is 31:1 per sleeping bag. there is a weekly demand of :1 sleeping bags. 0 The break-even peintis r1 sleeping bags perweek. Q When the sleeping bags are free {price = $0]. there is a weekly.r demand of :1 sleeping bags. (Z) The equilibrium price is Ea per sleeping bag. Taster Outtters manufactures and sells extremecold sleeping bags. The table below shows the price-demand and total cost data, where: - p is the wholesale price [in dollars]I ofa sleeping bagtora weekly demand of a sleeping bags; -0 Is the total cost [in dollars]I of producing a: sleeping bags. Use this data to create regression models to answer all of the questions below