Answer:
job 429 -WIP 3040 debit
job 430 -WIP 4020 debit
job 431 -WIP 4740 debit
factory overhead 900 debit
raw materials 12,700 credit
--to record materials requisions--
job 429 -WIP 2,300 debit
job 430 -WIP 3,400 debit
job 431 -WIP 7,900 debit
factory overhead 1,310 debit
wages payables 14,910 credit
--to record wages tickets--
job 429 -WIP 1,426 debit
job 430 -WIP 2,046 debit
job 431 -WIP 4,898 debit
factory overhead 8,370 credit
--to record applied overhead--
Explanation:
job 429 -WIP: 2300 x 62% = 1,426
job 430 -WIP: 3400 x 62% = 2,046
job 431 -WIP: 7900 x 62% = 4,898
total overhead: 8,370
Answer:
the yield to maturity of this bond is 5.7%
Explanation:
given data
pays interest annually C = $64
face value F = $1,000
current market price P = $1,062.50
bond matures n = 30 years
solution
we get here yield to maturity that is express as
yield to maturity =
yield to maturity = [C+ (F-P) ÷ n] ÷ [(F+P) ÷ 2 ] .................1
put here value and we get
yield to maturity = 
÷ 
yield to maturity = 0.057
so that the yield to maturity of this bond is 5.7%
Answer:<em> Negative externality is defined as the cost that is incurred by a individual who isn't involved in the economic transaction.</em>
In the above question, the following is the example of negative externality: <u><em>smoking harms the health of nonsmokers who are nearby.</em></u>
Here, the cost is incurred by the nonsmokers who are standing nearby individuals who prefer smoking. Thus creating negative externality.
<u><em>Therefore, the correct option is (c)</em></u>
without context this sounds like the answer is forensic science.
Answer:
$4.48
Explanation:
If Shannon needs to make a 12% markup based on cost, to obtain her minimum selling price to her distributor Miller of Denton, simply multiply the production cost per unit by 100% plus the desired markup.
If it costs her $4.00 to produce a six pack, her selling price should be:
She should charge $4.48 per six pack.
