Answer:
$4366.67
Explanation:
Given: Asset book value on july 1, year 3= $57800
Salvage value= $5400
Useful life left= 6 years.
Now, computing the depreciation expense under straight line method.
Formula; Depreciation= 
Useful life in months= 
Next, Depreciation expense= 
∴ Monthly depreciation expense= $ 727.77
Depreciation expense for last six months of year 3= 
∴ Depreciation expense for last six month of year 3 is $4366.67.
Answer:
Explanation:
I wouldn't.
The business has drawn a rigid line in the sand. It has to maintain its standard. I might try and make a deal with the customer. "Come up with x% for a down payment."
If the score is high (like over 750), I would likely stretch my standard. 750 is a pretty high score and if you have that kind of a number, you know how to pay things back.
Answer: Divide the Operations Section into three Divisions, each assigned to a different geographical area to evacuate.
Explanation:
Since the initial objective is to evacuate residents, therefore, in addition to a Flood Control Group and a Nursing Home Task Force, another organizational structure that can be used to tackle this issue is to divide the Operations Section into three Divisions, each assigned to a different geographical area to evacuate.
Assigning the individuals in each group to s particular area will lead to a faster evacuation and bring about efficiency with regards to the evacuation.
Answer:
6.96%
Explanation:
Find nominal expected return;
Nominal expected return = [(Dividend + New Price -Old Price) /Old price]*100
= [ (1.74 +50.10 - 47.10) / 47.10 ]*100
= (4.74 / 47.10)* 100
= 0.100637 *100
=10.0637%
Real rate of return = Nominal return - inflation rate
Inflation rate = 3.1%
Real rate of return = 10.0637% - 3.1%
= 6.96%
Based on the details given, the following are true:
- a. Value of bond = $806.09
- b. Your friend should invest in the bond with $1,000 face value
<h3>Value of Bonds </h3>
First find coupon:
= 10% x 1,000
= $100
Bond A
<em>= (Coupon x Present value interest factor of annuity, 13%, 15 years) + Face value of bond / ( 1 + 13%)¹⁵</em>
= ( 100 x 6.462) + (1,000 / 1.13¹⁵)
= $806.09
Bond B
= Face value - Current value
= 1,000 - 180
= $820
In conclusion, Bond B is overvalued so your friend should pick Bond A.
Find out more on Bond price calculation at brainly.com/question/25365327.