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Hitman42 [59]
3 years ago
14

After a deduction for dental insurance was taken out, mike's annual net income went from $65,150 to $65,000. if mike pays 25% of

the cost of his dental insurance plan with his employer covering the rest, how much does his employer contribute toward his dental insurance plan per year?
Business
1 answer:
hram777 [196]3 years ago
4 0
Mike's contribution = 65,150 - 65,000 = 150 = 25% of dental insurance plan 
<span>--> Company pays 75% = 3 x 150 = $450/year </span>

<span>(You have to assume that dental insurance deduction is tax-exempt or you would have to factor in also his tax bracket and thus the gross contribution as oppose to net contribution. I am pretty sure DID is tax-exempt)</span>
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The Southern Corporation manufactures a single product and has the following cost structure: Variable costs per unit: Production
Illusion [34]

Answer:

See below

Explanation:

The computation of carrying value on the balance sheet of the ending inventory of finished goods under variable costing is seen below;

Before that, we have to determine the unit cost

Unit fixed manufacturing overhead = $120,400 ÷ 6,020 units = $20

Then, the difference will be;

= Unit fixed manufacturing overhead × change in inventory in units

= $20 × (6,020 units - $5,920)

= $20 × 100 units

= $2,000 less than absorption costing

7 0
3 years ago
Suppose there are 75 million people in the labor force. The labor force participation rate is 60% and the unemployment rate is 8
max2010maxim [7]

Answer:

a). The number of people in the working age population=125 million

b). The number of people who are part of the working-age population but not part of the labor force=50 million

c). The number of unemployed workers=6 million

d). The number of unemployed workers=69 million

Explanation:

a).

The labor force is the total number of people who are employed and also the unemployed who are looking for work.

The labor participation rate is a percentage expressed as;

Labor participation rate=(total number of employed+unemployed looking for work)/Total number in working age population

where;

total number of employed and unemployed looking for work=75 million

labor participation rate=60%

total number in working age population=p

replacing;

(60/100)=75 million/p

60 p=75 million×100

p=75 million×100/60

p=125 million

The number of people in the working age population=125 million

b). Working age population but not labor force=Total working age population-labor force

=(125-75)=50 million

The number of people who are part of the working-age population but not part of the labor force=50 million

c). Unemployment rate=(number of unemployed persons/labor force)×100

where;

number of unemployed persons=x

Unemployment rate=8%

labor force=75 million

replacing;

8/100=x/75 million

x=75 million×8/100=6 million

The number of unemployed workers=6 million

d). Labor force=number of employed workers+number of unemployed workers

where;

labor force=75 million

number of employed workers=y

number of unemployed workers=6 million

replacing;

75 million=y+6 million

y=(75-6) million

y=69 million

The number of unemployed workers=69 million

5 0
3 years ago
Assume company x deposits $100,000 in cash in commercial bank. If no excess reserves exist at the time this deposit is made and
kodGreya [7K]

Assume company x deposits $100,000 in cash in a commercial bank. If no excess reserves exist at the time this deposit is made and the reserve ratio is 20 percent, the bank can increase loans by a maximum of $500,000.

Reserve ratio = 20% = 20/100 = 0.25

Initial Money supply = (1/Reserve ratio)*New Deposit = (100,000/0.25) = $ 400,000

Reserve ratio = Rerserve / Deposit

=> Reserves = 0.25*100,000 = 25,000

Max Increase in Money Supply = Initial Money Supply + Reserves/ Reserve Ratio

= $ 400,000 + 100,000

= $ 500,000.

The term commercial bank refers to financial institutions that accept deposits, provide checking account services, issue various loans, and provide basic financial products such as certificates of deposit (CDs) and savings accounts to individuals and small businesses. refers to

Learn more about the commercial banks at

brainly.com/question/1238952

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5 0
2 years ago
Sometimes ___________ is used to create a realistic situation with genuine reactions from participants.
Lady bird [3.3K]
Hi,

I believe that the answer to your question is "A nonmonetary incentive or "Case observation"

Just a guess :) 
6 0
3 years ago
Consider Country (Z) with a GDP level of 210,000 and a growth rate of 5% in 2019 (i.e. calculated at the end of year 2019). The
Natasha2012 [34]

Answer:

Country (Z) GDP Growth:

a) The GDP will double in:

2019 - 2022 = 3 years

2022 - 2025 = 3 years

2025 to 20 years as determined below

Total = 26 years

The GDP will double in 26 years.

b) The growth rate from 2025 and so on at 1% will approach 27.62% based on the 2019 GDP.  The approach used is to determine the difference between the after 2025 GDP and the 2019 GDP.  This difference (growth in absolute terms) is divided by the 2019 GDP, and then multiplied by 100 to obtain the rate.

c) If the growth rate of 5% is sustained, it will take the GDP 15 years to double:

420,000 = G₀(1 + g)ⁿ

420,000 = 210,000 (1 + 5%)ⁿ

Solving for n with an online calculator,

n = 15 years

Check:

210,000 x 2.079

= 436,590

= 437,000 approx.

As a number of years = 15 years

As a fraction of part a answer = 15/26 = 57.69%

Explanation:

a) 2019 Country Z's GDP = 210,000

2019  - 2022 Growth rate = 5%

Future growth rates:

2022- 2025 = 3%

2025 - so on = 1%

Let Country (Z's) GDP in 2019 = G₀ which is equal to 210,000

n = number of years from 2019 to 2022, 2022 to 2025, and so on.

g = growth rate = 5% for the period 2019 to 2022

Gⁿ = GDP in n years at given rates

Gⁿ = G₀(1 + g)ⁿ

(1 + g)ⁿ = increase in GDP as a result of the growth rate and number of years

b) With GDP growth of 5% from 2019 to 2022, the GDP will be

= 210,000 (1 + 5%)³

= 210,000 x 1.158

= 243,000 approx.

c) From 2022 to 2025 at 3%, the GDP will be

= 243,000 (1 + 3%)³

= 243,000 x 1.093

= 265,600

For GDP to double the 2019 GDP with 3% growth = 420,000 (210,000 x 2) or more

GDP = Gⁿ = G₀(1 + g)ⁿ

420,000 = 243,000 (1 + 3%)ⁿ

solving for n with an online calculator,

n = 20

Check:

= 243,000 (1 + 3%)∧20

= 243,000 x 1.817

= 441,531

= 442,000

4 0
3 years ago
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