Given a 7 percent interest rate, compute the present value of payments made in years 1, 2, 3, and 4 of $1,000, $1,300, $1,300, a
PolarNik [594]
Answer:
$4,199.29
Explanation:
Year 1 Payment value = $1,000
Year 2 Payment value = $1,300
Year 3 Payment value = $1,300
Year 4 Payment value = $1,400
Present value of Payments = [(FV year 1 / (1+r)^1)+(FV year 2 / (1+r)^2)+(FV year 3 / (1+r)^3)+(FV year 4 / (1+r)^4)
Present value of Payments = [(1000/(1+0.07)^1)+(1300/(1+0.07)^2)+(1300/(1+0.07)^3)+(1400/(1+0.07)^4)
Present value of Payments = $4,199.29
I believe the answer is team.
Answer:
Total current liabilities 85.008,33
Explanation:
current liabilities: obligations that will setlte within a one-year period
<em />
<em>accounts payable</em> from the purchase of equipment:
cost: 176,500
paid: <u> (125,900) </u>
balance: 50,600
<em />
<em>waranty liaiblity:</em>
191,000 x 5% = 9,550
<em>sales tax payable:</em>
sales for 191,000
paid for <u> (141,000) </u>
unpaid for 50,000 x 6% = 3,000
<em>note payable</em> with a local bank:
principal: 21,500
accrued interest: 21,500 x 5% x 1/3 = 358,33
net: 21,858.33
<u>Total current liabilities:</u>
accounts payables 50,600
warrant liability: 9,550
sales tax payable: 3,000
note payable: <u> 21,858.33 </u>
85.008,33
Answer:
Elon Musk is good at juggling multiple tasks.
Explanation:
right on edge
Answer:
The answer is C. The customer's needs and wants and what the product has to offer
Explanation:
Positioning is much of a psychological process as much as it is marketing. To position the product as a useful, valuable product in a memorable way in the mind of the customer, we have to join the customer needs with what the product has to offer.