I would choose A. But that's a recommended answer from my teacher<span />
Answer: $10,906
Explanation:
Given that,
Purchased machinery at the beginning of Year 1 = $86,100
machinery has an estimated life of five years,
Estimated residual value = $4,305
Accumulated depreciation = $49,077 at the end of Year 2
Year 3 Depreciation expense:
= ![\frac{Cost\ of\ machinery - Estimated\ residual\ value - Accumulated\ depreciation}{3}](https://tex.z-dn.net/?f=%5Cfrac%7BCost%5C%20of%5C%20machinery%20-%20Estimated%5C%20residual%5C%20value%20-%20Accumulated%5C%20depreciation%7D%7B3%7D)
= ![\frac{86,100 - 4,305 - 49,077}{3}](https://tex.z-dn.net/?f=%5Cfrac%7B86%2C100%20-%204%2C305%20-%2049%2C077%7D%7B3%7D)
= $10,906
The space between a cover letter closing and the author's typewritten name is called the signature line. This would be the space where you would either physically sign your name with a pen above the type written name once you have printed the letter out or if you are sending it electronically where you would insert a copy of your signature. You must always have a signature on cover letters.
Answer:
It will take Alfred to accumulate the $5994 annually 4.1367 and monthly 4.0557
Explanation:
In order to calculate how long will it take Alfred to accumulate the $5994 we would have to use the following formula:
A=P(1+r/n)∧n*t
P=$5,016
A=$5994
r=4.4%
n=1 annually
n=12 monthly
Therefore, t annually would be as follows:
5,994=$5,016(1+(4.4%/100)/1)∧1*t
t=4.1367
Therefore, t monthly would be as follows:
5,994=$5,016(1+(4.4%/100)/12)∧12*t
t=4.0557
It will take Alfred to accumulate the $5994 annually 4.1367 and monthly 4.0557
The answer is 7 players.
If, the amount of red cards that received by either team make the total players of their team less than 7, the opposition team would automatically won the game (and the vicotry would be recorded as 3-0 victory for the team that still had more than 7 players)