Answer:
$687,100
Explanation:
Cost of Goods Manufactured = Raw Materials Used + Direct Labor + Factory Overhead +Beginning Work in Process - Ending Work in ProcessCost of Goods Manufactured = $298,500 + $132,000 + $264,000 + $118,500 - $125,900 =$687,100
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<em><u>Loan L</u></em> would be best for Craig that has a nominal rate of 8.254% that is compounded daily a sit gives an<u> effective rate of interest</u> as 117.95.
The formula for <u>computing compounded rate</u> of interest is given as follows:
The effective rate of interest for loan L as per the above formula would be:
The effective rate for loan M would be:
The effective rate for loan N would be:
The effective rate for loan O would be:
Learn more about the effective rate of interest here:
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Answer:
A) $0.075 variable and $450 fixed
Explanation:
to calculate Kendra's fixed and variable components using the high-low method we can use two separate formulas:
variable costs = (highest utility cost - lowest utility cost) / (highest output - lowest output) = ($1,200 - $600) / (10,000 - 2,000) = $600 / 8,000 = $0.075 per unit
fixed costs = highest cost - (highest output x variable cost) = $1,200 - (10,000 x $0.075) = $1,200 - $750 = $450
Answer:
The correct option is 2
Explanation:
Let us assume the current value of the investment be x
And the annual growth factor of the investment is 1.2
1. The investment value has increased or risen by 44% since it was first made
It is known that the combined growth factor of the investment is 1.44 and no information is stated regarding the actual ($) values. Therefore, the unique value could not be computed.
So, this statement lacks information and insufficient to solve for x.
2. 1 year ago, the withdrawn money worth is $600 and at present the worth of the investment would be 12% less than the actual worth.
1 year ago, the value of the investment was x / 1.2. So, the equation could be set up regarding the withdrawal.
The equation would be:
= (x/ 1.2- 600) × (1.2)
=0.88x
Therefore, the unique value to could be answered and the sufficient to answer.
NOTE: The options are missing. So I am providing the answer with the options.
Answer:
d. at least two different markets with different price elasticities of demand
Explanation:
The theory of microeconomics about price differentiation is based on the concept of elasticity of demand. Price elasticity of demand is a measure of the sensitivity of demand for a good or service to changes in the price of that product. We say that the price elasticity of demand is elastic when a percentage change in the price of this good has major impacts on demand. On the contrary, we say that the price elasticity of demand is inelastic when variations in the price of goods have little or no influence on demand.
For price discrimination to take place, the offeror must be able to sell the same product at different prices to at least two different groups. This will depend on the price elasticity of consumer demand for the good in each of the markets. Thus, if one group is less elastic than the other, the offeror will be able to sell the goods at different prices.
An example: air market. Consumers are often more price sensitive when traveling for tourism than for business. Thus, a higher price may be charged to executives. which has lower price elasticity of demand than tourists.