Answer:
Ask your question <u>properly</u>
<u>and </u><u>also </u><u>follow </u><u>me </u>
Answer:
The correct answer is letter "B": Increase output and hire more workers.
Explanation:
According to the supply law, if the price increases so will the quantity supplied and if the price decreases the same will happen with the quantity supplied. We could say that the relationship between price and quantity supplied is directly proportional.
In the example, <em>as the price of coal increased so will the quantity supplied</em>. <em>If there is to be more supply the output should be higher which is likely to be interpreted in a need for more employees</em>.
Answer:
c. Debit: Discount on notes payable, $41,884.
Explanation:
The journal entry is shown below:
Equipment $883,116
Discount on Notes payable $41,884 ($740,000 - $698,116)
To Notes payable $740,000
To Cash $185,000
(Being the amount paid in cash and note payable is recorded)
Working note
= Note payable amount × PVF factor at 6% for one year
= $740,000 × 0.94340
= $698,116
For recording this we debited the equipment as it increased the assets and discount is always debited while the note payable and cash is credited as it increased the liabilities and reduced the assets
Answer:
debit to Rent Expense for $171
Explanation:
The adjusting entry would be
Rent Expense $171
To Rent expenses payable $171
(Being Rent expense accounted is recorded)
Here the rent expense is debited as it increased the assets and credited the rent expense payable as it also increased the liabilities
Therefore the a option is correct
ANd, the rest of the options would be wrong
Answer:
7,200 units
Explanation:
The computation of the no of units for break even for product A is given below:
But before that the contribution margin for the sales mix is
<u>Particulars product A product Z</u>
Selling price $84 $105
Less:
variable cost -$41 -$45
Contribution margin $43 $60
Sales mix 5 2
CM sales mix $215 $120
Total $335
Now the break even sales in total is
= $482,400 ÷ 335
= 1,440 units
Now for product A, it is
= 1,440 × 5
= 7,200 units