Answer:
$2,880
Explanation:
Given that,
Total machine-hours = 30,300
Total fixed manufacturing overhead cost = $ 575,700
Variable manufacturing overhead per machine-hour = $ 4.00
For Job T687:
Number of units in the job = 10
Total machine-hours = 30
Direct materials = $730
Direct labor cost = $1,460
Total variable overhead estimated:
= Variable manufacturing overhead per machine-hour × Total machine-hours
= $4 × 30,300
= $121,200
Total overhead estimated:
= Total variable overhead estimated + Total fixed overhead estimated
= $121,200 + $575,700
= $696,900
Predetermined overhead rate:
= Total overhead estimated ÷ Total machine-hours
= $696,900 ÷ 30,300
= $23 per machine hour
Total overhead applied:
= predetermined overhead rate × Total machine hours for Job T687
= $23 × 30
= $690
Total job cost:
= Direct material + Direct labor + Total overhead
= $730 + $1,460 + $690
= $2,880
Decoy pricing tactic calls for offering three similar products, one that is lower priced and less attractive and two that are comparable but more expensive.
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</u></h3><h3><u>
What is decoy pricing?</u></h3>
A price strategy called decoy pricing aims to "push" customers to make a decision. Customers sometimes have to choose between products with varying costs and features while making purchases. And when a business seeks to increase sales of a certain product, it frequently chooses what is known as a decoy pricing structure to sway the consumer's choice. In this instance, the "decoy" is either a product with a slightly cheaper price but much worse quality, or a product with a significantly higher price but slightly greater quality.
The attraction effect and the compromise effect are the two distinct effects on which the decoy pricing strategy is predicated.
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Learn more about pricing tactics with the help of the given link:
brainly.com/question/25716956?referrer=searchResults
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Answer:
marginal revenue is -6
and production levels 200, 50
Explanation:
given data
R(x) = 10 x - 0.04 x²
solution
we have given
R(x) = 10 x - 0.04 x²
so here R'(x) is
R'(x) = 10(1) - 0.4 (2x)
R'(x) = 10 - 0.8 x ....................1
so here at x is 20 marginal revenue will be
R'(20) = 10 - 0.8(20)
R'(20) = 10 - 16
R'(20) = - 6
and
when revenue is $400
R(x) = 400
400 = 10 x - 0.04 x²
x= 200, 50
Answer:
$ 317,000
Explanation:
Octuber Production: 200,000
Variable Overhead: $ 0.80 per unit
Fixed Overhead: $ 157,000
<u>Factory Overhead Budget for Octobe</u>r:
Octuber Production x Variable Overhead = <em>200,000 x 0.80 = 160,000</em>
Variable Overhead: <em>$ 160,000</em>
+
Fixed Overhead: <em> </em><em><u> $ 157,000</u></em><em> </em>
Total Overhead:<em> </em> <em> </em><em>$ 317,000</em><em> ( $ 160,000 + $ 157,000 ) </em>
Answer:
Use a software program
Explanation:
When you use it a software program the presentation is much cleaner than hand written and is easier to edit. But a software program can be stolen, or deleted.
Paper layouts can be stolen but if lost it may be found.Paper layouts are easier to make though because you dont have to add special effects by scrolling and scrolling because you can do it quickly with you pencil.
