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>![\sqrt[3]{\frac{3a}{2b} }](https://tex.z-dn.net/?f=%5Csqrt%5B3%5D%7B%5Cfrac%7B3a%7D%7B2b%7D%20%7D)
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;
Sole proprietorship has a single owner while partnerships has two or more owners.
Processing clerks work in Warehouses
Your answer is D.
They usually regulate incoming and outgoing packages <span />
Answer:
$478,000
Explanation:
Purchase inventory = cost of goods sold + ending inventory - beginning inventory
Purchase = (445,000 + 76,000) - 43,000 = $478,000
Answer:
7%
Explanation:
Calculation for the implicit interest rate on the note
First step is to calculate the PV factor
PV factor=$81,630/100,000
PV factor = 0.81630
Last Step is to find the implicit interest rate by using the PV table for 3 years to find the factor that matches the PV factor of 0.81630
Hence the factor that matches the PV factor of 0.81630 can be found or see in the 7% column which means that the implicit interest rate will be 7%
Therefore the implicit interest rate on the note will be 7%