Answer:
Explanation:
At some colleges and universities, economics professors receive higher salaries than professors in some other fields.
A. Why might this be true?
Economists have a higher opportunity cost working in academia than professors in other fields because in certain fields that are different from academic,there is a lack of labor opportunity for professor and even when such arise ,they are difficult to get and another reason may be that economists who are good in some fields may employ themselves in other firms with higher wages because of their real life first hand experience, even when some colleges and universities wants to hire them, got to spend a greater amount of money than for professors in some other fields.
B. Some other colleges and universities have a policy of paying equal salaries to professors in all fields. At some of these schools, economics professors have lighter teaching loads than professors in some other fields. What role do the differences in teaching loads play
In order for university to employ working force which is hard to find, they put in place differences in teaching loads ,such differences in teaching load are intended to attract economics professors by providing nonmetary compensation
A positive incentive for consumers is a coupon clipped from a newspaper.
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Answer:
Variable overhead efficiency variance = $2,212unfavorable
Explanation:
variable overhead efficiency variance: Variable overhead efficiency variance aims to determine whether or not their exist savings or extra cost incurred on variable overhead as a result of workers being faster or slower that expected.
Since the variable overhead is charged using labour hours, any amount by which the actual labour hours differ from the standard allowable hours would result in a variance
Hours
5,400 units should have taken (5,400×3.8 hours) 20,520
but did take <u> 20,800</u>
Labour hours variance 280 unfavorable
Standard variable overhead rate × <u>$ 7.90</u> per hour
Variable overhead efficiency variance $2,212 unfavorable
Variable overhead efficiency variance = $2,212unfavorable
In a project network, the critical path is the sequence of activities which has the longest time. A series of interconnected tasks known as the critical route has a direct impact on the project's completion date.
<h3>What do you men by the project network?</h3>
A project network is a graph that displays the actions, lengths of time, and dependencies among your project's tasks.
Techniques like Gantt charts, PERT charts, and critical path management can be used to form project networks. The project network has a number of paths, but each terminal piece must be located on just one of those paths.
A project's workflow is shown graphically in a project network diagram. A network diagram is a project management chart that lists boxes for activities and roles, followed by arrows that show the timetable and order in which the work must be done.
Therefore, in a project network, the critical path is the sequence of activities which has the longest time. A series of interconnected tasks known as the critical route has a direct impact on the project's completion date.
To know more about the project network, visit:
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Answer:
d) $2,000,000 $990,000
Explanation:
The computation is shown below:
Unit variable cost pool is
= Budgeted cost ÷ Budgeted machine hours
= $1,600,000 ÷ 360,000
=$ 4.444 per machine hour
And,
Batch-level cost pool = Budgeted cost ÷ Budgeted number of setups
= $900,000 ÷ 3000
= $ 300 per setup
Now
Unit variable cost pool is
= Actual machine hours × Activity rate
= 450000 × 4.44
= $2,000,000
And, Batch-level cost pool is
= Actual number of setups × Activity rate
= 3300 × 300
=$990,000
