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sweet [91]
3 years ago
14

Blue Ridge Hot Tubs manufactures and sells two models of hot tubs: the Aqua-Spa and the HydroLux. Howie Jones, the owner and man

ager of the company, needs to decide how many of each type of hot tub to produce during his next production cycle. Howie buys prefabricated fiberglass hot tub shells from a local supplier and adds the pump and tubing to the shells to create his hot tubs. (This supplier can deliver as many hot tub shells as Howie needs.) Howie installs the same type of pump for both hot tubs. He will have only 200 pumps available during his next production cycle. From a manufacturing standpoint, the main difference between the two models of hot tubs is the amount of tubing and labor required. Each Aqua-Spa requires 9 hours of labor and 12 feet of tubing. Each Hydro-Lux requires 6 hours of labor and 16 feet of tubing. Howie expects to have 1,566 production labor hours and 2,880 feet of tubing available during the next production cycle. Howie earns a profit of $350 on each Aqua-Spa he sells and $300 on each Hydro-Lux he sells. He is confident that he can sell all the hot tubs he produces. The question is, how many Aqua-Spas and Hydro-Luxes should Howie produce if he wants to maximize his profits during the next production cycle
Business
1 answer:
Marina CMI [18]3 years ago
6 0

Answer:

Using Excel solver, the optimal solution is: 122 Aqua-Spa + 78 Hydro-Lux, and the maximum profit = $66,100

Explanation:

you have to maximize the following equation: 350A + 300H

where:

A = number of Aqua-Spa hot tubs sold

H = number of Hydro-Lux hot tubs sold

the constraints are:

A + H ≤ 200     ⇒ number of water pumps available

9A + 6H ≤ 1,566      ⇒ number of labor hours available

12A + 16H ≤ 2,880      ⇒ number of feet of tubing available

A ≥ 0      ⇒ non-negative numbers

B ≥ 0      ⇒ non-negative numbers

both A and B are integers    

Using Excel solver, the optimal solution is: 122A + 78B, and the maximum profit = $66,100

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crimeas [40]

option d. is the right option

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3 years ago
Granite State Airlines serves the route between New York and Portsmouth, NH, with a single-flight-daily 100-seat aircraft. The o
TEA [102]

Answer:

Given data: One flight with total seats = 100

Full fare passengers, cost per ticket=$150, mean=56 passengers, SD=23

Discount fare passengers, cost per ticket=$100, mean=88 passengers, SD=44

(a) Here, though there is a hint to use the CDF, since the confidence interval is not given we will make some simplying assumptions that will reduce the complexity of the question, of course keeping the question statistically correct.

this question wants us to maximize total revenue per flight (one way), we can do that by taking only full fare passengers or total revenue will be 150*100=$15,000, but since historical probability shows a mean of 56 with a standard deviation of 23, we can assume in best case scenario total full fare ticket passengers will be 56+23=79, leaving 21 tickets for discount passenger, in this case the total revenues will be 79*150+21*100=$13,950

(b) Now, the new constrained policy is giving a clear cut number of seats to each category of pasengers, 44 for discount (total revenues 44*100) and 56 for full fare (total revenues 56*150) both of which are within the probabilities given earlier (full fare mean=56, discount mean=88). Total revenues in case will be 44*100+56*150=$12,800.

(c) Gain is the difference of the excess revenues in both cases of optimal total revenues and limited seats policy or answer (a) - answer (b) = $13,950- $12,800=$1,150

(d) Realistically speaking, there is no answer for this question without a clear cut confidence interval. Another simplifying assumption we can make here is taking the mean passengers as expected bookings (can be tweaked once confidence interval or degree of significance is given). so total revenues in this case will be 44*100 from discount and 56*150 from full fare passengers. That is still similar to answer (c) due to our assumption/lack of constraints, so our optimal booking will be 54 full fare tickets and 44 discount passenger tickets. You can also take worst case scenario by subtracting SD of each passenger type from the mean or go the best case scenario in which SD of full fare will be added to the mean while the pending seats (left over from 100) will be the total to discount fare for optimal revenue collection.

6 0
4 years ago
Read 2 more answers
Jonathan works for a firm that assists companies in promoting, distributing, and selling their products to end consumers. The fi
irina1246 [14]

Answer:

The answer is marketing intermediary

Explanation:

Jonathan works for a firm that assists companies in promoting, distributing, and selling their products to end consumers. The firm Jonathan works for is a marketing intermediary.

A marketing intermediary links producers to the final consumers. Examples are agents, wholesalers, retailers, distributors etc.

Most producers do not directly sell to their final consumers. These intermediaries help them to achieve their goals

7 0
3 years ago
On january 1 of year 1, congo express airways issued $3,700,000 of 6% bonds that pay interest semiannually on january 1 and july
erastova [34]
<span>The amount of interest expense recognized by Congo Express Airways would be $199,334 after one year of being issued. This is calculated by finding 6% of the $3,700,000 which is $222,000. Then subtracting the amortized amount of $22,666 per annum, which was found by doubling the 6 month rate of $11,333. This gives you a total of $199,334.</span>
6 0
4 years ago
Pacific Packaging's ROE last year was only 6%; but its management has developed a new operating plan that calls for a debt-to-ca
Flura [38]

Answer:

36%

Explanation:

For the computation of the company's return on equity first we need to follow some steps which is shown below:-

Step 1

Earnings before tax = EBIT - Interest

= $452,000 - $152,000

= $300,000

Step 2

Earnings after interest and taxes = Earnings before tax - Tax

= $300,000 - ($300,000 × 40%)

= $300,000 - $120,000

= $180,000

Step 3

Asset turnover ratio = Total revenue ÷ Total assets

3.6 = $4,000,000 ÷ Total assets

Total assets = $1,111,111.11

Step 4

Equity ratio = 1 - Debt ratio

= 1 - 0.55

= 0.45

Step 5

Total Equity = Equity ratio × Total assets

= 0.45 × $1,111,111.11

= $500,000

and finally

Return on Equity = Net income ÷ Equity

= $180,000 ÷ $500,000

= 0.36

or

= 36%

3 0
4 years ago
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