The economic production quantity (EPQ) is a formula used to determine the optimal production quantity that minimizes both holding and ordering costs. The economic production quantity for Race One Motors is 2043.08 units.
In the case of Race One Motors, we need to find the ideal production quantity that will help the company maintain its inventory while keeping its costs at a minimum.
Using the given information, we can calculate the EPQ as follows:
EPQ = sqrt[(2AO) / H]
Where,
A = annual usage rate of subcomponents
O = ordering cost per order
H = holding cost per item per year.
Plugging the values, we get:
EPQ = sqrt[(2 x 31250 x 200) / 6]
EPQ = sqrt[(12500000) / 6]
EPQ = 2043.08
Therefore, the economic production quantity for Race One Motors is 2043.08 units. This means that if the company produces this amount of subcomponents, it will be able to minimize its holding and ordering costs.
It is important for Race One Motors to determine the EPQ because it helps the company to optimize its production and inventory management. By producing the optimal quantity, the company can reduce its holding costs, which include storage, insurance, and handling costs. At the same time, by minimizing the number of orders placed, the company can also reduce its ordering costs, which include administrative and transportation expenses.
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Answer:
The sales revenue would be 170,000 if Hammer Time implements the decrease in selling price.
This would generate a decrease of $10,000 in the sales revenue
Explanation:
Understanding the way sales revenue is generated:
If the selling price drops to $10
and units sold increase by 5,000
Comparing with the previous year:
This policy decrease the sales revenue which makes the business less profitable.
Cost of goods sold 202,300
Gross profit 244,400
Expenses (including $16,300 interest and $20,800 income taxes) 70,800
Net income $ 173,600
Additional information:
1. Common stock outstanding January 1, 2020, was 27,200 shares, and 38,600 shares were outstanding at December 31, 2020.
2. The market price of Kingbird stock was $15 in 2020.
3. Cash dividends of $21,700 were paid, $6,500 of which were to preferred stockholders.
Compute the following measures for 2020.
(a) Earnings per share
(b) Price-earnings ratio
(c) Payout ratio
Answer and Explanation:
The computation is shown below:
a. Earning per share
= (Net income - preferred dividend) ÷ (Weighted average number of outstanding shares)
= ($173,600 - $6,500) ÷ (27,200 shares + 38,600 shares) ÷ 2
= $167,100 ÷ 32,900 shares
= $5.08 per share
b. Price earnings ratio = Market price ÷ Earning per share
= $15 / $5.08
= 2.95
c. Payout ratio = Dividend paid ÷ Net income
= ($21,700 - $6,500) ÷ ($173,600)
= 8.76%
Answer:
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Explanation:
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Answer:
The correct answer is b. Total revenue will fall.
Explanation:
The equation for the price elasticity of demand (PED) is ε =
where Q represents the quantity, P represents the price and d represents variation.
If the demand for a product is highly elastic, mathematically it means that the PED in absolute value is greater than 1.
|ε| > ⇒ |ε| > 1
Economically that means that the quantity demanded of that product will decrease more than proportionally to the increase in price of that same product. In other words, the company will experience that a increase in price of its product raises the revenue for each unit sold, but given that the PED is highly elastice an increase in price reduces the number of units actually sold to the extent the company's total revenue actually falls.
Answer:
Variable overhead rate variance = $ 875 favorable
Variable overhead efficiency variance = $ 4,185 favorable
Variable overhead cost variance = $5,060 Favorable
Explanation:
Standard hours = 1 hr x 2600 units = 2600 hours
Standard rate = $3.10
Actual hours = 1,250 hours
Actual rate = $2.40
Variable overhead rate variance = ( Standard Rate - Actual Rate ) x Actual Hrs
= ( $ 3.10 - $2.40 ) x 1250 Hrs
= $0.7 x 1250
=$ 875 favorable
Variable overhead efficiency variance = (Standard hours - Actual hours) x Standard Rate
= (2600 - 1250 ) x $ 3.10
= $ 4,185 favorable
Variable overhead spending variance = Variable overhead rate variance + Variable overhead efficiency variance
= $875 + $4,185
= $ 5,060 favorable
Variable overhead cost variance = Standard cost - Actual Cost
= (2600 X 3.10) - (1250 X 2.40) = 8,060 - 3000
= $5,060 Favorable
Answer:
10.00%
Explanation:
Calculation for what will be your rate of return after 1 year if Microsoft is selling at $24
Using this formula
Rate of return = (Current price - Initial price ) /Current price *margin
Let plug in the formula
Rate of return=($25 per share-$24)/$25 per share*0.40
Rate of return=$1/10
Rate of return=0.1*100
Rate of return=10.00%
Therefore what will be your rate of return after 1 year if Microsoft is selling at $24 is 10.00%
In this short sale, the initial selling price of the shares was $15,000. A 40% margin was posted, amounting to $6,000. After the price dropped to $24 per share, the shares were bought back for $14,400. The profit gained, which is $600, is divided by the initial investment to obtain a rate of return of 10%.
In a short sale, the initial transaction involves selling a borrowed stock in the hopes of buying it back later at a lower price to earn a profit. The rate of return in a short sale is calculated using the profit earned from the short sale divided by the amount of capital invested originally.
First, we need to calculate how much the total value of the shares was at the time of selling short, so that’s 600 shares × $25/share = $15,000. You posted a 40% margin for the short sale, which means you committed $6,000 (40% of $15,000).
After one year, the Microsoft stock drops to $24 per share. At that price, you can buy back all 600 shares for 600 shares × $24/share = $14,400. The difference between the amount you sold the shares for and what you bought them back at is $15,000 - $14,400 = $600.
Now to calculate the rate of return, take the profit ($600) and divide by the amount of capital originally committed to the transaction ($6,000), so the rate of return is $600 / $6,000 = 0.10 or 10%.
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