Incurring actual indirect factory wages in excess of budgeted amounts for actual production results in a controllable variance. Therefore, the option B holds true.
<h3>What is the significance of controllable variance?</h3>
Controllable variance can be referred to or considered as a variance that computes the difference between the actual quantity and the budgeted quantity sold or consumed by a firm in an economy. It can never be deficit, and is always in surplus of the budgeted amounts.
Therefore, the option B holds true and states regarding the significance of controllable variance.
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The question seems to be incomplete. It has been added below for better reference.
Incurring actual indirect factory wages in excess of budgeted amounts for actual production results in a:
a. quantity variance
b. controllable variance
c. volume variance
d. rate variance
It is true that the qualities needed for effective leadership are the same as those needed to be an effective follower.
<h3>Who is a leader?</h3>
A leader is someone who gets things done through others. A leader rely on his or her followers to be able to achieve an organizational' s goals and objectives.
For a leader to be able to deliver effectively, he or she must have followers who have similar goals and must be effective as well.
Hence, it is true that the qualities needed for effective leadership are the same as those needed to be an effective follower.
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The answer is $100.
Amount she steals= $100
Amount she bought goods= $70
Amount the owner returns as change = $30
Amount owner loses=?
Amount she steals +amount of goods - amount she gives to owner + amount owner returns as change = $100 + $70 - $100 + $30 = $200 - $100 = $100
Answer:
$7073.68
Explanation:
Data provided in the question:
Worth of portfolio = $15,000
Amount invested in stock A = $6,000
Beta of stock A = 1.63
Beta of stock B = 0.95
Beta of portfolio = 1.10
Now,
Beta portfolio = ∑(Weight × Beta)
let the amount invested in Stock B be 'x'
thus,
1.10 = [($6,000 ÷ $15,000 ) × 1.63] + [( x ÷ $15,000 ) × 0.95 ]
or
1.10 = 0.652 + [( x ÷ $15,000 ) × 0.95 ]
or
0.448 = [( x ÷ $15,000 ) × 0.95 ]
or
x = ( 0.448 × $15,000 ) ÷ 0.95
or
x = $7073.68