What is one way that the government cannot prevent a budget deficit?

Jim has an annual income of $180,000. Jim is looking to buy a house with monthly property taxes of $140 and monthly homeowners i

MariettaO [177]

Answer:

$787,471.02

Explanation:

Given:

Jim's annual income = $180,000

Monthly property taxes = $140

Monthly homeowners insurance = $70

Monthly student loan payments = $178

Maximum front end DTI limit = 28%

Maximum back end DTI limit = 36%

Amortizing period = 30 years = 360 months

annual rate = 4.5% compounded monthly

Now,

Monthly salary = $\frac{\textup{Annual income}}{\textup{12 months}}$

or

Monthly salary = $\frac{\textup{180,000}}{\textup{12 months}}$

or

Monthly salary = $15,000

Maximum front end DTI limit

= (Maximum Monthly loan payment + monthly property taxes + monthly homeowner's insurance) ÷ Monthly income

0.28 × $15,000 = Maximum Monthly loan payment + $140 + $70

Maximum Monthly loan payment = $4,200 - $140 - $70

= $3,990

and,

Maximum back end DTI limit =

or

0.36 × $15,000 = Maximum Monthly loan payment + $140 + $70 + $178

or

Maximum Monthly loan payment = $5,400 - $140 - $70 - $178

= $5,012

Now,

The monthly payment = minimum of [ $3990, $5012 ]

therefore,

The monthly payment = $3,990

Thus,

The maximum amount of loan = Monthly payment × $[\frac{(1-(1+\frac{r}{k})^{-kn})}{(\frac{r}{k})}]$

here,

k = 12 when compounded monthly

n = 30 years

r = 4.5% = 0.045

The maximum amount of loan = $3,990 × $[\frac{(1-(1+\frac{0.045}{12})^{-12\times30})}{(\frac{0.045}{12})}]$

or

The maximum amount of loan = $787,471.02

8 0

3 years ago

A store manager predicts that 80 hats will be sold if each hat costs $15. The manager predicts that 3 less hats will be sold for

Ierofanga [76]

Answer:

$25

Explanation:

Data provided in the question:

Initial cost of each hat = $15

Initial number of hats sold = 80

3 less hats will be sold for every $1 increase in price

Thus,

For at least 50 hats to be sold, the store manager can increase the price such that maximum 30 less hats are sold

Therefore,

maximum increase in price = Maximum number of less hats ÷ Number of hats sold less for $1 increase

= 30 ÷ 3

= $10

The prices that the manager can predict that at least 50 hats will be sold will be

= $15 + $10

= $25

8 0

2 years ago

Buying power of dollar through the years

Allushta [10]

Purchasing Power of Money in the United States ... Why not current year? ... Power Calculator compares the relative value of a past amount of dollars to a present ... Please let us know if and how this discussion has assisted you in using our ...

5 0

3 years ago

Which business document most likely would contain instructions?

Feliz [49]

B) printer warranty

5 0

3 years ago

Read 2 more answers

Last month, sellers of good Y took in $100 in total revenue on sales of 50 units of good Y. This month sellers of good Y raised

nekit [7.7K]

Answer:

Option c = They are Substitutes and have cross price elasticity of 1.67

Explanation:

Cross-Price Elasticity = %change in Quantity demanded of good X

%change in Price of good Y

% change in Quantity Demanded of good X = Q2-Q1 × 100

(Q1+Q2)

2

% change in Quantity Demanded of good X = 40-20 ×100

(20+40)

2

% change in Quantity Demanded of good X = 66.67%

% change in price of good Y = P2-P1 × 100

( P1+P2)

2

Last month Total Revenue = $100

Total Units = 50

Last month Price / unit = 100/50 = $2

This Total Revenue $120

Total units 40

This monthPrice / unit = 120/40 = $3

% change in price of good Y= 3 - 2 × 100

3+2

2

% change in price of good Y = 1 × 100

2.5

% change in price of good Y = 40%

Cross-Price Elasticity = 66.67

40

Cross- Price Elasticity = 1.67

Since its greater than 1 its Cross price elasticity of Substitute

also as the price of good y increased from $2 to $3 the quantity demanded of good x increased although its price remained constant which indicates its a substitute good as people preferred buying good x instead of good y

6 0

3 years ago