Answer: Credit, $45,000
Explanation:
The bond payable is the interest payable on the bond and it's Bond issued value mutiply by issued rate
$50,000 * 9%* 10 years
Answer:
<u>Night Lights $ per unit 2.13</u>
<u>Desk Lamps $ per unit 8.50</u>
Explanation:
Determine total number of budgeted direct labour hours for the year
total number of budgeted direct labor hours for the year is calculated
= night lamp labor hours + desk lamp labor hours
= ( 60000 * 1/2 ) + ( 80000 * 2 )
= 30000 + 160000
= 190000
calculated the single plant wide factory overhead rate
factory overhead rate = total factory overhead / total number of budgeted unit
= 807500 / 190000
= 4.25 per labour hour
calculate factory overhead cost per each unit
night lamp = 4.25 * 1/2
= 2.13 per unit
desk lamp = 4.25 * 2
= 8.50 per unit
Answer:
Answer B.
Explanation:
EBIT break even point is a situation when company does not make a profit or has loss. It is a point where earnings per share are equal to zero. It is the level of ebit equal to fixed costs for the company, like interest on the debt. If this break even point increases, this leads to the increase of financial risk. However, increase of ebit above break even point leads to net income calculated as EBIT*(1-interest expense)*(1-tax rate)-preferred dividends being higher.
Answer:
The driver for employees fringe benefits is direct labor costs whereas the driver for indirect material costs is direct material costs
The total cost of each home is as follows:
Home 1 $188140
Home 2 $268860
Home 3 $408910
Explanation
Find the breakdown of the costs in the attached excel file.
Answer:
Annual deposit= $37,714.37
Explanation:
Giving the following information:
The villa costs $500,000 today, and housing prices in Mexico are expected to increase by 6% per year. Manny and Irene want to make fifteen equal annual payments into an account, starting today, so there will be enough money to purchase the villa in fifteen years.
The account earns 10% per year.
First, we need to calculate the final value of the house with the following formula.
FV= PV*(1+i)^n
FV= 500,000*(1.06^15)=$1,198,279.1
Now, we can calculate the annual payments required:
FV= {A*[(1+i)^n-1]}/i
A= annual deposit
Isolating A:
A= (FV*i)/{[(1+i)^n]-1}
A= (1,198,279.1*0.10)/[(1.10^15)-1]
A= $37,714.37
