$1.$ The company$$s marketing team estimates that sales volume could be increased to $5,000$ units per month if the sales price was lowered from $$150$ to $$125$ per unit. The production manager has confirmed that they have the capacity to increase production to this level. Assume that the cost pattern will not vary at the increased level of production. If management decreases the price, what would the impact on monthly sales, income and costs be$?$ For each figure, indicate whether the change will result in an increase, decrease or no change in the sales, income and cost. Would you recommend the reduction in sales price? Why or Why not? $($Show all supporting calculations$).$

$2.$ At the end of the year the production manager is taking inventory and finds $600$ units of an older model of invisible fencing that the company no longer manufactures. These obsolete units can be disposed of through their regular channels, thereby incurring variable marketing expenses. What is the lowest price that they should accept for these obsolete units, realizing that if they do not sell them these units will have to be thrown away. $($Show all supporting calculations$).$

$3.$ Marquette receives a proposal from an outside contractor who offers to make and ship $1,500$ fences directly to Marquette$$s customers as orders arrive from Marquette$$s sales force. When managers meet to discuss this proposal, Product Manager Will Hansen brings up the fact that they have the design for an electric fence that can be used for large animals that has never been produced. Will suggests that this may be the perfect time to launch this new product and at a selling price of $$225$ per unit it is sure to increase sales revenue. The production manager calculates that the idle time created by accepting the contractors offer would allow them to produce $1,000$ of the new fence. The cost to produce the new fence would be $$175$ in variable manufacturing expense but fixed manufacturing and marketing costs would remain unchanged. The product mix would now be $1,000$ of the new fence and $1,500$ of the old fence. If Marquette wants to seriously consider taking the contractors offer, what in$-$house cost should be used to evaluate the outside contractor$$s bid. If the payment to the outside contractor is $$90$ per unit, should they accept the offer? Why or why not? $($Show all supporting calculations$).$

$4.$ On March $1,$ Marquette is approached by the developer of a large subdivision who wants to install an invisible fence in the yard of $1,200$ homes he is constructing. The developer will contract with Marquette for the $1,200$ fences on the condition that they are delivered within $30$ days $($March $31).$ This is not good timing for Marquette since they have recently signed a contract with Home Warehouse, a national home improvement chain and have been working at $100\%$ capacity for several months. If Marquette accepts the builder$$s order, it will lose $1,200$ units that would normally be sold to one of its existing customers. When they tell the developer that they do not believe they can fill his order, he offers to reimburse the company for his $$share$$ of the fixed manufacturing costs and will pay a $$5,000$bonus$$ on delivery. Since the sale to the developer will not incur any variable marketing costs, Marquette reconsiders accepting the developer$$s order. What impact will accepting this order have on Marquette$$s income in March? Should Marquette accept the order from the developer? Why or Why not? $($Show all supporting calculations$).$

$5.$ Marquette has an opportunity to sell its product through an online retailer. To begin selling through this online platform, they are required to ship $2,000$ units to the retailers$$ order fulfillment warehouse. The other condition of this offer is that they pay a one$-$time vendor marketing fee of $$5,000.$ To get the units to the fulfillment warehouse by the deadline Marquette will need to pay for expedited shipping at a cost of $$10$ per unit. What is the minimum price Marquette should charge the retailer for this initial order of $2,000$ units? $($Show all supporting calculations$).$