Answer:
15,251 units
Explanation:
The formula for Economic order quantity is;
EOQ = √2DS/H
Where,
D = Annual demand = 4,212
S = Ordering cost = $177
H = Holding cost = $27/4,212 = $0.00064102564
EOQ = √ 2 × 4,212 × $177 / $0.00064102564
EOQ = √ $1,491,048 / $0.00064102564
EOQ = √232603488.37
EOQ = 15,251 units
Answer:
Employment of low wage workers will decrease and which in turn increase the unemployment.
Explanation:
Perfectly competitive labor market, is the one which is described as the composite of many firms or companies that are in the competition for the workers. The firms will not be in power to set the wages for the workers, the market also determines the competitive wage.
But if this is a low wage labor and on that the government establish or form the minimum wage then it will result in the employment of the low wage workers will decrease and the consequence of which is increase in the unemployment.
Note: Options are missing so providing the direct answer
Answer:
Option (a) and (b) are considered or correct.
Explanation:
Under the following two conditions, a firm in a perfectly competitive market produces at a point where the marginal revenue is equal to the marginal cost:
(i) Minimum AVC < Price < minimum ATC : Yes
In this case, a firm may suffer a loss but it will be able to cover its minimum average variable cost. Hence, this firm continue operating in this market and if he shut down its operation then he may suffer a larger loss. Therefore, it chooses to continue operating under this market conditions.
(ii) Price > minimum ATC : Yes
In this case, the price received by the seller is greater than the minimum average total cost. Therefore, the firm is able to cover all of its cost of production and earning an economic profit. Hence, it obviously chooses to continue its operation.
The third option is not considered here because in this case, the firm won't be able to cover its variable cost.
Answer:
$444.07
Explanation:
EMI = [P * I * (1+I)^N]/[(1+I)^N-1]
P =loan amount or Principal = 30750
I = Interest rate per month = .0565/12
N = the number of installments = 7*12 = 84
EMI = [30750*.0565/12* (1+(.0565/12))^84]/[(.0565/12))^84-1]
EMI = [30,750 * 0.0565 / 12 * 1.48374877204] / [1.48374877204 - 1]
EMI = 214.819001902 / 0.48374877204
EMI = $444.07
Answer:
3.73%
Explanation:
The computation of the rate of interest that makes the equivalent is shown below:
As we know that
Present value=Cash flow × Present value discounting factor ( interest rate% , time period)
Let us assume the interest rate be x
where,
Present value of $400,000 is
= $400,000 ÷ 1.0x ^5
And,
Present value of $1,000,000 be
= $1,000,000 ÷ 1.0x^30
Now eqaute these two equations
$400,000 ÷ 1.0x^5 = $1,000,000 ÷ 1.0x^30
(1.0x^30) ÷ (1.0x^5) = $1,000,000 ÷ $400,000
1.0x^(30 - 5)=2.5
1.0x^25=2.5
1.0x = (2.5)^(1 ÷ 25)
x =1.03733158 - 1
= 3.73%
