Answer:
910.18
Explanation:
After Chin's down payment the amount borrowed is ...
(1 - 20%)($180,000) = 0.80·$180,000 = $144,000
The amount of the payment is given by the amortization formula ...
A = P(r/n)/(1 -(1 +r/n)^(-nt))
for P borrowed at rate r for t years, compounded n times per year.
A = 144000(0.065/12)/(1 -(1 +.065/12)^(-12·30)) = 910.18
The monthly loan payments will be 910.18.
Answer:
$18,117.58
Explanation:
the question requires that we find the minimum price Hank would need to receive his first car.
loan = $28,000
rate = 0.08/12 = 0.0067
the monthly payment can be calculated as:
loan /[0.0067/1-(1/(0.0067)^60))]
= 28000/[1-1/(1.0067^60)/0.0067]
= 28000/(1-(1/1.0067)^60)/0.0067
= $567.74
The minimum price can be calculated as:
pmt = 567.74 x [(1-(1/1.0067^36))/0.0067) x 0.0067
= $18,117.58
level of differentiation across the firm's offerings
Answer: Option C.
<u>Explanation:</u>
Differentiation are the differences that a firm might offer to his customers and clients. These differences make the firms different from each other which exist in the market.
More different and innovative practices that a firm has compared to the competitors, more successful it would be in the market and would have more customers attracted towards it because of the innovation and the differentiation.
Answer:
$43.70
Explanation:
Data provided
Each Unit Require = 2.3 hours
Direct Labor Rate Per Hour = $19.00
The computation of budgeted direct labor cost per unit is shown below:-
Budgeted direct labor cost per unit = Each Unit Require × Direct Labor Rate Per Hour
= 2.3 hours × $19.00 rate per hour
= $43.70
Therefore for computing the budgeted direct labor cost per unit we simply multiply the each unit require with direct labor rate per hour
