When merchants negotiate sales contracts, they often exchange preprinted forms. These "boilerplate" forms usually contain terms
1 answer:
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Answer:
Suppose the cost per hour incurred in operating a cruise ship is 3a + b dollars per hour, where a and b are positive constants and v is the ship's speed in miles per hour. At what speed (in miles per hour) should the ship be operated between two ports, at a distance D miles apart, to minimize the cost? (Hint: Minimize the cost, not the cost per hour.)
<em>The speed at which the ship would maximize cost is </em>
Explanation:
The problem can be solved using differentiation to get the minimum value of the speed to travel between the two ports. Step by step calculation is contained in the attached images;
Answer:
break-even point (BEP) = 25,000 items
Explanation:
given data
Selling price = $2.50
Fixed costs = $10,000
Variable cost = $2.10
solution
we know that Revenue is sum of Fixed costs and variable costs
so we use here contribution margin method that is
Contribution margin = $ 2.50 - $ 2.10
Contribution margin = $ 0.4
so
break-even point (BEP) for the valve is here
break-even point (BEP) = fixed cost ÷ Contribution margin ...................1
put here value
break-even point (BEP) =
break-even point (BEP) = 25,000 items