Answer:
Labour time (efficiency) variance = $9,984 unfavorable
Explanation:
<em>The labour time variance is the dollar value of the difference between the standard time allowed for the actual output produced and the actual time used.</em>
Hours
Standard hours ( 960 units × 7.2 hours ) = 6,912
Actual hours <u>7,680</u>
Time variance 768 Unfavorable
× standard labour rate <u>× $13</u>
Variance <u> $9,984 </u>Unfavorable
Answer:
$730 and 3.53%
Explanation:
Given that
Initial Price = $103.39
Ending Price = $106.69
Dividend Paid = $0.35
Number of Shares owned = 200
The computation of the dollar return and the percent return is shown below:
Dollar return is
= [0.35 + ($106.69 - $103.39)] × 200
= $730
And, the percentage return is
= $730 ÷ (200 × $103.39)
= 3.53%
A system demo should occur After every iteration .
<h3>When should a system demo occur?</h3>
A system demo shows the new features that the system has, as a result of the iteration that it was just put through. This is very helpful in knowing the features that you can use to make the system perform in such a way that your work will be done well.
It is therefore best that a system demo is done after every iteration has been done. This ensures that the system's features will be seen and used effectively.
Find out more on system demo at brainly.com/question/14264947
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Answer:
4,800 bottles
Explanation:
The formula to compute the number of bottles sold is shown below:
= (Fixed cost + target profit) ÷ (Contribution margin per unit)
where,
Contribution margin per unit = Selling price per unit - Variable expense per unit
= $15 - $13.50
= $1.50
So, the number of bottles sold equal to
= ($3,200 + $4,000) ÷ ($1.50)
= 4,800 bottles
False they can transfer credits
