Answer:
The answer will be below
Explanation:
a. Income from operations=$322,990-$143,460-$49,300=$130,230
b. Net Income=$322,990-$143,460-$49,300+$27,900-$5,590-$12,730=$139,810
c. Comprehensive Income=$9,390
d. Retained Earnings=$139,810-$4,750=$135,060
Answer:
D) 5182 glass vases
Explanation:
<em>Contribution per glass vases:</em>
$4.5 selling price - $ 1.75 variable cost= 2.75
<em>Operating income:</em>
29,000 units x $ 2.75 - $ 8,500 = $71,250 operating income
<em>Target income is to obtain a 20% increase:</em>
71,250 x (1 + 20%) = 85,500 target income:
<em>units needed for target income:</em>
(85,500 target income + 8,500 fixed cost) / 2.75 contribution per unit= 34.181,81
aditional glass vases needed for target income:
34,182 - 29,000 = 5,182
The expected average rate of return in the fixed asset above is 36.92%. The rate of return is the income or loss of a proposed investment in a specified amount of time. In this case, a company wants to buy a 4-year life fixed asset which can increase the company's income by $240,000. We can calculate the rate of return by dividing the net income from the investment with the proposed investment to obtain the portion of return received from the investment<span>. Formula: (Net Income From The Investment/Proposed Investment) x 100%.</span>
Answer:
$953 per unit
Explanation:
For computing the average cost per unit first we have to determine the operating capacity at 85% after that the total cost which is shown below:
Operating capacity at 85% is
= 300 computers × 85%
= 255 computers
Now the total cost is
= Variable cost + Fixed cost
where,
Variable cost is
= $660 × 255 computers
= $168,300
And, the fixed cost is $74,700
So, the total cost is
= $168,300 + $74,700
= $243,000
Now the average cost per unit is
= $243,000 ÷ 255 computers
= $953 per unit