Answer:
The present value of the cashflows will be $12830.30
Explanation:
The present value of the cashflows can be calculated by dividing the cash flows by the appropriate discount rate and for the appropriate time period.
The present value of the given cash flows will be,
Present Value = CF1 / (1+r) + CF2 / (1+r)^2 + .... + CFn / (1+r)^n
As the first payment is received today, it will already be in the present value so it will not be discounted.
Present value = 2000 + 3000 / (1+0.1) + 5000 / (1+0.1)^3 + 7000 / (1+0.1)^5
Present value = $12830.295 rounded off to $12830.30
Answer:
The correct option is Debit Cash $1,864,097; debit Discount on Bonds Payable $135,903; credit Bonds Payable $2,000,000.
Explanation:
This question is an instance of bonds issued at a discount. This happens when a bond is issued below the face value of the bond and also happens when the coupon rate on the bond payable is less than the market rate.
The face value of the bond payable is $2,000,000 while the market value is $1,864,097, so there is a discount of $2,000,000 - $1,864,097 = $135,903 on the bond payable, which is to be amortized over the life of the bond payable.
So, the appropriate journals to record this transaction is as provided above.
Answer:
The first term of an arithmetic sequence is 10 and its common difference is
negative seven. What is the fourth term of the sequence?
The fourth term is -11
Explanation:
a.p= a1 + (n-1)d
a.p= 10+ (4-1) -7
a.p= 10 + (3) -7
a.p= 10 - 21
= -11
a1= first term
n= nth term
d= difference
The answer you are looking for is a planned economy