This question is incomplete because the text is missing; here is the missing part:
Text 1
1. Remove the back cover, using a small screwdriver to loosen the screw
2. Remove batteries and replace with two new AAA batteries. use the + and - signs to position correctly. dispose of used batteries properly.
3. Replace the cover and tighten the screw with the screwdriver
4. Reset the time using the side buttons
The GMX 200 is guaranteed to keep time accurately for one full year from date of purchase should it malfunction in any way during this time period, your money will be refunded in full.
The correct answer to this question is C. The users will get full refund if there is malfunction during the guarantee period.
Explanation:
This text provides instructions to change the battery in a GMX 200, which can be inferred it is a clock or similar device. This text explains the different steps users need to follow to change batteries. Moreover, in the last section of the text, it is clarified if there is any failure during the first year, which is the guaranteed time "your money will be refunded in full". According to this, it can be inferred during this time any malfunction implies the user gets a complete refund (option C.)
Answer:
Date Account Titles Debit Credit
Oct 1 Cash $16,800
Common Stock $16,800
Oct 2 No journal entry - -
Oct 3 Office Furniture $2,500
Accounts Payable $2,500
Oct 6. Accounts Receivable $3,
400
Service Revenue $3,400
Oct 27 Accounts Payable $1,100
Cash $1,100
Oct 30 Salaries Expense $2,650
Cash $2,650
Answer:
The payback period for Silva Inc. is 3 years. If considering only this method of evaluating projects, Silva Inc will invest in project A and dismiss project B.
Payback period A=2,1539 years.
Payback period B= 3,0042 years
Explanation:
The payback period refers to the amount of time it takes to recover the cost of an investment. The payback period is the length of time an investment reaches a breakeven point.
<u>Cash Flow A:</u>
$
I0= - 70.000
1= 28000 = -42000
2= 38000 = -4000
3= 26000 = 22000
Payback period= full years until recovery +
unrecovered cost beginning year/Cashflow during year
Payback period A= 2 + (4000/26000)= 2,1539 years.
<u>Cash Flow B:</u>
$
I0= -80000
1= 20000 = -60000
2= 23000 = -37000
3= 36000 = -1000
4= 240000 = 239000
Payback period B= 3 + 1000/240000= 3,0042 years
<u>The payback period for Silva Inc. is 3 years. If considering only this method of evaluating projects, Silva Inc will invest in project A and dismiss project B. </u>
<u></u>
Answer:
1. Greece, Germany
2. 2.2 barrels of oil, 0.45 pairs of shoes
3. d. 10 barrels of oil per pair of shoes
Explanation:
a) Data and Calculations:
To produce a pair of shoes costs Greece 5 barrels of oil
To produce a pair of shoes costs Germany 11 barrels of oil
b) This means that it costs Germany more than Greece to produce a pair of shoes, and Germany produces a lot of oil to the extent that she is willing to exchange her 11 barrels of oil for a pair of shoes while Greece can only exchange 5 barrels of oil for a pair of shoes.
Answer:
d. The present value of perpetuity varies directly with the annual repayments.
Explanation:
A perpetuity is a security or bond which pays a fixed amount of cash flow at a fixed interval forever. So the amount it pays stays the same and it keeps paying for ever. The formula to find the present value of a perpetuity is
Cash flow of perpetuity/Interest Rate
So if the annual payment is 100 and the interest rate is 5% the present value of the annuity is
100/0.05=2,000
If we keep the interest rate the same at 5% and increase the cash flow by 100 to 200 the new present value of the perpetuity is
200/0.05=4,000
This proves that the present value of a perpetuity varies directly with the annual repayments or cash flow of perpetuity.
