Answer:
$480,000
Explanation:
The computation of the total manufacturing costs for Job No. 305 is shown below:
= Direct material cost + direct labor cost + manufacturing overhead cost
where,
Direct material cost = $180,000
Direct labor cost is
= $200,000 ÷ 200% × 100%
= $100,000
And, the manufacturing overhead cost is $200,000
So, the total manufacturing overhead is
= $180,000 + $100,000 + $200,000
= $480,000
I am pretty sure that it's d, the cost of your car if it's stolen because its a car insurance
Answer:
0.60
Explanation:
The midpoint formula is used to calculate elasticity by using average percentage in both price and quantity.
The formula is given below:
Percentage change in quantity =<u> (Q2 -Q1) </u> x 100
(Q2 + Q1) / 2
Percentage change in price = <u> (P2 -P1) </u> x 100
(P2 + P1) / 2
Elasticity =<u> Percentage change in price__</u>
Percentage change in quantity
Inserting the data:
Percentage change in quantity =<u> (30 -20) </u> x 100 = <u>10</u> x 100 = 40%
(30 + 20) /2 25
Percentage change in price = <u>($20 - $10)</u> x 100 = <u>10</u> x 100 = 66.6%
($20 + $10) /2 15
Elasticity of supply = <u>40%</u>
66.6%
= 0.60
Answer:
The expected return of the portfolio is 12.8%
Explanation:
A portfolio is invested 22% on stock G, 50% on stock J and 28% on stock K.
The expected return on stock G is 7%, on stock J is 13% and on stock K is 17%.
Weighted return on stock G
= 0.22*7%
=1.54%
Weighted return on stock J
=0.50*13%
=6.5%
Weighted return on stock K
=0.28*17%
=4.76%
The expected return on the portfolio
=Weighted return on stock G+Weighted return on stock J+Weighted return on stock K
=(1.54+6.5+4.76)%
=12.8%
It will suspended up to 5 to 10 or years.
