Answer:
Hidden Valley's Asset Turnover = 1.6
Explanation:
Average Total Asset = (Total Assets at the beginning of the year + Total Assets at the end of the year)/2
Average Total Asset = (450,000+550,000)/2
Average Total Asset = 1,000,0000/2 = 500,000
Asset Turnover = Net Sales / Average Total Asset
Asset Turnover = 800,000/500,000
Asset Turnover = 8/5
Asset Turnover = 1.6
Answer:
$30,000 and $360,000
Explanation:
The computation of the gain on the exchange is shown below:
= Cash received + fair value of the computer - undepreciated cost of existing computer
= $120,000 + $360,000 - $450,000
= $30,000
The amount of the computer which is recorded will equal to the fair value of the computer i.e $360,000
For computing the gain we simply added the fair value and deduct the undepreciated cost of an existing computer in the cash received amount so that the accurate amount can come.
All other information which is given is not relevant. Hence, ignored it
Answer:
The current ratio is 1.18 times
Explanation:
Current Ratio: The current ratio is that ratio which shows a relationship between the current assets and the current liabilities
The computation of the current ratio is shown below
Current ratio = Total Current assets ÷ total current liabilities
where,
Total current assets = Cash + short-term investments + net accounts receivable + merchandise inventory
= $43,500 + $27,000 + $102,000 + $125,000
= $297,500
And, the total current liabilities is $251,000
Now put these values to the above formula
So, the ratio would equal to
= $297,500 ÷ $251,000
= 1.18 times
The long term note payable is not a current liabilities,hence it is not considered in the computation part.
Answer:
Good communication skills
Problem solving skills
Critical thinking skills
Patience
Self perceptiveness
Explanation:
One method on optimizing a function is by finding the absolute extrema. It is done by having the optimal values continuous including the including the endpoints. I hope my answer has come to your help. God bless and have a nice day ahead!<span>
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