Answer:
1) $240 warranty expense
2) $240 warranty liaiblity
3) zero as decreases the warranty laibility
4) 240 beginning - 209 used = 31 ending
5)
cash 6,000 debit
sales revenues 6,000 credit
--to record sale--
warranty expense 240 debit
warranty liability 240 credit
--to record prevision for warranty expenses--
warranty liability 209 debit
inventory 209 credit
--to record use of the warranty from the customer--
Explanation:
1) sales x expected warranty = 6,000 x 0.04 = 240
2) it will be for the 240 as the accounting works with double-entry
Answer:
704076 $
Explanation:
Exact statement of the question is:
<em>May 3, 2007, Leven Corp. negotiated a short-term loan of $685,000. The loan is due October 1, 2007, and carries a 6.86% interest rate. Use ordinary interest to calculate the interest. What is the total amount Leven would pay on the maturity date? (Round your answer to 2 decimal places. Omit the "$" sign in your response.)</em>
Solution:
Fro 3rd May to October 1st. 2017 there are 151 days
But 365 days = 1 year
==> 151 days = 151× 1/365 =0.414 years
But we use 1 year as one term
==> 1year = 1T
==> T = 0.414
R= 6.86
P= 685000
A=?
We use formula for the term:
A= P
Where A= ammount at the end of term
P= Loan amount
R= Rate of interest
T= No. of terms
Putting values in this formula;
==> A= 685000×
==> A= 685000 × 1.02784938489=704076 $
Answer:
E) Annuity B has a smaller present value than annuity A.
Explanation:
The main premise in finances is that the value of money increases in time, e.g. one dollar today is worth more than one dollar tomorrow.
In this case, annuity A is an annuity due (payment is made at the beginning of each period). An annuity due that has the same payments and the same rates, will always have a higher present value than an ordinary annuity.