Answer:
Explanation:
interest rates on a three-year bond =(int in year1+int in year2+int in year3)/n = (3+4.5+6)/3 =4.8%
interest rates on a six-year bond = (3%+4.5%+6% +7.5%+ 9%+ 10.5%)/6 = 7.35%
interest rates on a nine-year bond = (3%+4.5%+ 6%+ 7.5%+ 9%+ 10.5%+ 13%+ 14.5%+16%)/9 =10.23%
So, int rate on a 3 year bond is 4.8%; on a 6 year bond is 7.35%; on a 9 year bond 10.23%
Answer:
Option D is correct,$1,950,000
Explanation:
In order to compute the closing balance of retained earnings, the preferred shares dividends for prior and current years as well as the common stock dividend must be deducted from net income before adding the remnant to the opening retained earnings:
Net income $870,000
Preferred dividend prior year($100*20000*8%) ($160,000)
Preferred dividend current year($100*20000*8%) ($160,000)
Common stock dividend($2*100,000) ($200,000)
net income after dividends $350,000
Closing retained earnings=$1600,000+$350,000
=$1,950,000
Answer:
Compute the decrease in net income that the company should anticipate in the off season
Net income decrease in $2475
Explanation:
contribution margin=price-associate cost
55%=100%-45%
Revenue 4500 100%
Cost 2025 45%
Contribution margin 2475 55%
Answer:
B. $24,000.
Explanation:
The computation of the depreciation per units under the units-of-production method is shown below:
= (Original cost - residual value) ÷ (estimated production units)
= ($180,000 - $20,000) ÷ (40,000 units)
= ($160,000) ÷ (40,000 units)
= $4 per unit
Now for the second year, it would be
= Production units in second year × depreciation per unit
= 6,000 units × $4
= $24,000
