It's somewhat see through
Answer:
Variable overhead efficiency variance $ 8,018
<u> </u>Unfavorable
Explanation:
<em>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. </em>
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
2,700 units should have taken (2,700 × 3.20) 8640
but did take (actual hours) <u> 9,400</u>
Efficiency variance in hours 760 unfavorable
standard variable overhead cost per hour <u>$10.55</u>
Variable overhead efficiency variance $<u> 8,018 </u>Unfavorable
Variable overhead efficiency variance $ 8,018
<u> </u>Unfavorable
The configuration change will enable the System Administrator to help the Sales Reps remember is to enable the opportunity setting to prompt users to add products to opportunities.
<h3>What is a
configuration change?</h3>
In a system, a configuration change is said to occur when one modify a component information that is subject to change control.
In conclusuin, the configuration change will enable the System Administrator to help the Sales Reps remember is to enable the opportunity setting to prompt users to add products to opportunities.
Read more about System Administrator
<em>brainly.com/question/14364696</em>
Answer:
E. systematic sample
Explanation:
Base on the scenario been described in the question, Paul Solomon the owner of Solly's, an upscale restaurant in Tampa, Florida, wants to know how good his advertising dollars is work, he hires Getty research to do this, Getty research advised to do a TOMA study, for Getty to draw it samples, they have to use systematic sampling.
Systematic sampling is a statistical method sampling that involves the selection of elements or members from a well ordered sampling frame.
To
determine what the depreciation of an asset using straight line method, the
formula to be used is:
(Initial
cost of machine – salvage value) divided by estimated useful life
So in
this problem:
Initial Cost
- $135000
Salvage
Value – $15000
Estimated
Useful Life – 5 years
Plug that
in the formula
Annual
depreciation = ($135000 - $15000) / 5
= $120000/
5
= $24,000
The first
year depreciation for the machine is $24000 because the company bought it in
the beginning of the year. (So there is no need to divide this by 12 months)
To record
this:
Depreciation
Expense $24000
<span> Accumulated Depreciation $24000</span>
