Answer:
The Money supply will decrease by $4,500
Explanation:
What will be the maximum impact on money supply today as a result of your action is that the Money supply will decrease by $4,500.
Since we assumed that you have $10,000 in your account in which you withdraw $500 cash from your account and hide it under your pillow for future use, therefore based this scenario or actions carried by you it means that your bank have fewer or lesser funds available to make loans which means the decrease will tend to affect the money supply.
Hence, you can easily calculate the effect by using the simple money multiplier.
Answer:
c. $255,000
Explanation:
Rouge should report the following income for this quarter = $250,000 (net income) + $20,000 (cumulative effect loss) - $15,000 (25% of annual property taxes) = $255,000
Cumulative effects on inventory valuation occur when overstate or understate your inventory levels, which directly affects cost of goods sold and overall profits.
Answer:
A. Total grinding minutes required = 28,600 minutes
B.
Of the 4, product D offers the highest profitability per grinding minute.
A. $40,020 divided by 7,830 minutes = $5.11 per grinding minute
B. $62,640 divided by 9,860 minutes = $6.35 per grinding minute
C. $27,930 divided by 6,080 minutes = $4.60 per grinding minute
D. $32,760 divided by 4,830/minutes = $6.70 per grinding minute
Explanation:
Bruce corporation
A.
Step 1 identify Grinding minutes per unit of product
A = 2.70
B = 3.40
C = 3.20
D = 2.30
Step 2. Identify Production units through monthly demand units
A = 2,900
B = 2,900
C = 1,900
D = 2,100
Step 3. Determine total grinding units required to fulfill demand.
A = 2,900 x 2.70 = 7,830
B = 2,900 x 3.40 = 9,860
C = 1,900 x 3.20 = 6,080
D = 2,100 x 2.30 = 4,830
Total grinding minutes required = 28,600
B.
Product profitability
Step 1. Determine product cost
Differentiate the product Costs and variable selling costs per unit from the unit selling prices.
A = 75.00 - 60.10 - 1.1 = 13.80
B = 92.40 - 70.70 - 0.1 = 21.60
C = 86.30 - 69.40 - 2.20 = 14.70
D = 103.10 - 87.00 - 0.50 = 15.60
Step 2. Multiply the profitability per unit with volume demanded to determine absolute value of profits made
A = 2,900 x 13.80 = $40,020
B = 2,900 x 21.60 = $62,640
C = 1,900 x 14.70 = $27,930
D = 2,100 x 15.60 = $32,760
Total profit = $163,350.
Step 3./determine the profit per grinding minute. To evaluate which product makes best use of the grinding machine
A. $40,020 divided by 7,830 minutes = $5.11 per grinding minute
B. $62,640 divided by 9,860 minutes = $6/35 per grinding minute
C. $27,930 divided by 6,080 minutes = $4.60 per grinding minute
D. $32,760 divided by 4,830/minutes = $6.7 per grinding minute
Answer:
Instructions are below.
Explanation:
We weren't provided with enough information to answer the requirements. But, I will provide the formulas.
1) Contribution margin:
CM= selling price - unitary variable cost
2) contribution margin ratio:
contribution margin ratio= contribution margin / selling price
3) break-even point in units
Break-even point in units= fixed costs/ contribution margin per unit
4) break-even point in sales dollars:
Break-even point (dollars)= fixed costs/ contribution margin ratio
B. 10.09%
C. 3.68%
D. 3.76%
The standard deviation for monthly returns on company A is approximately 8.03%
To calculate the standard deviation of monthly returns, we need to first calculate the monthly returns for the three months of observation. We can do this by using the formula:
Monthly Return = (Current Price - Purchase Price) / Purchase Price
For July 1:
Monthly Return = ($45.19 - $40.97) / $40.97 = 0.103 or 10.3%
For August 1:
Monthly Return = ($49.75 - $40.97) / $40.97 = 0.2143 or 21.43%
For September 1:
Monthly Return = ($51.58 - $40.97) / $40.97 = 0.2589 or 25.89%
Next, we need to calculate the average monthly return (R) over the three months:
R = (10.3% + 21.43% + 25.89%) / 3 = 19.2%
Now, we can calculate the standard deviation (σ) of the monthly returns using the formula:
σ = √ [(Σ (Ri - R)^2) / (n - 1)]
where Ri is the return for the ith month, and n is the number of observations (in this case, n = 3).
Plugging in the values, we get:
σ = √[((10.3% - 19.2%)^2 + (21.43% - 19.2%)^2 + (25.89% - 19.2%)^2) / (3 - 1)]
= √[(94.86 + 3.62 + 35.37) / 2]
= √[(133.85) / 2]
= 8.03%
Learn more on standard deviation here;
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B) machines and factories; chairs and desks
C) knowledge one picks up through education and experience; factories and machines
D) machines and factories; knowledge one picks up through education and training
Answer:
D) machines and factories; knowledge one picks up through education and training
Explanation:
The physical capital is the capital that has the physical existence i.e. tangible. It could be seen, feel, or even touched. examples like plant, machinery etc
While on the other hand the human capital is intangible it only effects the production and the operations
Like - skills, knowledge, experience of a worker
Therefore the option D is correct
Red Cross WIC
Food packages 300 or 0 200 or 0
First-aid kits 0 50 0 20
NYC homeless shelters need a total of 20 first-aid kits per week. Currently, they get 10 kits from the Red Cross and 10 kits from WIC. With their remaining resources, how many food packages can each organization provide to NYC homeless shelters?