Answer:
The company will have to pay $5,100 per employee in separation costs if these exit interviews are implemented next year
Explanation:
Data provided in the question:
Percentage downsize in the workforce = 15% = 0.15
Cost of exit interviews = $100
Normal separation cost = $5,000
Now,
Total separation cost per employee = Cost of exit interviews + Normal separation cost
= $100 + $5,000
= $5,100
Therefore,
The company will have to pay $5,100 per employee in separation costs if these exit interviews are implemented next year
Installment credit is a type of credit that has a fixed number of payments, in contrast to revolving credit.
<span>Examples of which are:
</span><span>
Land loan
Home construction loan
<span>Home mortgage
</span><span>Some equity loans
</span>Home improvement loan
Automobile loan
<span>Boat loans or RV loans specialty finance
</span>Student loan
Personal loan
<span>Vacation loan
I hope my answer has come to your help. Thank you for posting your question here in Brainly.
</span></span>
<span>Bond prices have an inverse relationship with interest rates. As bond prices rise, yields will fall. Typically this is bullish for stocks as investors move to the equity marke .Equity is bought and sold in the stock market while debt is bought and sold in the bond market.The Stock Market is a subset of the Capital Market.</span>
Answer:
The total income tax expense for 2019 =152.000. Is not available in the options given by the exercise.
Explanation:
- Tax on insurance expense deductible for accounting purposes in 2019= 70000*40%=28.000
- Income tax expense for 2019 = 180.000-28.000=152.000
Answer:
$441,495
Explanation:
Since the information is incomplete, I looked for the missing part and found the attached information.
the current yield of a 1.5 years zero coupon bond = (100 / 89.9)¹/¹°⁵ - 1 = 0.0736 = 7.36%
the current yield of a 6 months zero coupon bond = (100 / 97.087)¹/⁰°⁵ - 1 = 0.0609 = 6.09%
now to calculate the future interest rate:
(1.0736²/1.0609) - 1 = 0.0865 = 8.65%
since we are told to determine the price of the bond:
(100/P)¹/¹°⁵ - 1 = 0.0865
(100/P)¹/¹°⁵ = 1.0865
100/P = 1.0865¹°⁵
100/P = 1.1325
100/1.1325 = P
P = 88.299
the expected price of the bond = 88.299% x $500,000 = $441,495
