Answer:
I like Math and Spanish and alot more like English but I.d.k whats the question so if I am right branliest if not explan in the comm and I will be happy to help
Explanation:
To solve: use the simple interest calculation.
interest earned over the life of the bond = (bond price)(coupon rate)(years)
= (2,000)(0.04)(20)
= $1,600
So after 20 years on a 4% coupon bond starting at $2,000 Muriel will earn $1,600 in interest.
Answer:
$30.59
Explanation:
<em>Note that the FIFO method is used for this question</em>
Equivalent Units
Materials = 5,200 x 100 % + 300 x 100 % = 5,500
Conversion Costs = 400 x 55 % + 5,200 x 100 % + 300 x 35 % = 5,525
Total Costs
Materials = $25,200
Conversion Costs = $143,700
Cost per Equivalent unit
Materials = $25,200/5,500 = $4.58
Conversion Costs = $143,700/5,525 = $26.01
Total Cost = $4.58 + $26.01 = $30.59
<u>Conclusion</u>
The cost of completing a unit during the current period was $30.59
Answer:
Annual deposit= $188,842.66
Explanation:
Giving the following information:
Williamsburg Nursing Home is investing in a restricted fund for a new assisted-living home that will cost $6 million.
n= 15 years
i= 10%
We need to use the following formula:
FV= {A*[(1+i)^n-1]}/i
A= annual deposit
Isolating A:
A= (FV*i)/{[(1+i)^n]-1}
A= (6,000,000*0.10)/[(1.10^15)-1]
A= $188,842.66
Answer:
False
Explanation:
Within the relevant range of activities, total fixed costs remain constant and fixed costs per unit decrease as total output increases. Total variable costs vary depending on total output, but variable costs per unit should remain constant.
On a long term basis, all costs are variable, that is why it is important to consider the range of activities, i.e. output levels.
