Answer:
securities available for trade: 250,000
Explanation:
The investment will be trade at market value. which is 1,200
Nichols cannot set the price of an assetat his own will. If possible a company will do it to increase his assets and look more solid than it is.
To evaluate the bonds at 1,200 the market price will need to be at 1,200
Currently the price third parties gives the security is 1,000 so it should carry the investment at
250 bonds x 1,000 market value = 250,000
Answer:
d. the total benefit he gets from purchasing four pairs of gloves minus the total benefit he gets from purchasing three pairs of gloves.
Explanation:
Marginal benefits refer to the additional gains obtained by the sales, purchase, or manufacture of an extra unit. It the advantage associated with buying or selling one more unit. Marginal benefit is compared with the marginal cost to determine if continuous production is profitable.
Since marginal benefits are associated with an extra item, obtaining the value of the additional items must exclude the previous units. In this case, getting the marginal benefit of the fourth item can be calculated by adding up the gains of all the four gloves then subtracting the gains of the first three.
Answer:
b. 9.75%
Explanation:
When a partner invests in a business, he/she expects to get return on his equity in the business. The major reason for this is to compare his/her return in the partnership business with the return he/she could get elsewhere.
The return on partner equity is calculated by dividing his/her net income from the partnership business by his/her average capital for the period.
The formula is given below:
<u> Net income </u> x 100
Average capital
Average capital = <u>Opening capital balance + Closing capital balance</u>
2
For Carter Pearson, the average capital is =<u> $55,500 + $62,500</u>
2
= $59,000
The return on equity will be: <u>$5,750 </u> x 100
$59,000
= 9.7457
= 9.75% - approximate to two decimal point.
Answer:
17.5minutes
Explanation:
Calculation to determine would be the information turnaround time for a defect made at station 2
Station 2 information turnaround time=[(Station 9-Station 2)*2.50 minutes/unit]
Station 2 information turnaround time=7x 2.50
Station 2 information turnaround time=17.5minutes
Therefore the information turnaround time for a defect made at station 2 is 17.5minutes
