In 1888, Thomas Adams was the first person to build a vending machine that dispensed chewing gum. The gum, named Tutti-Frutti, was available around New York City subway stations.
Answer:
$358,150
Explanation:
Cost of goods manufactured is calculated in a Schedule of Manufacturing Costs as follows :
Cost of goods manufactured = Beginning Work In Process + Total Manufacturing Costs - Ending Work In Process
where,
Total Manufacturing Costs :
Materials used in product $124,260
Depreciation on plant $69,650
Property taxes on plant $21,750
Labor costs of assembly-line $120,570
Factory supplies used $25,810
Total $362,040
therefore,
Cost of goods manufactured = $13,700 + $362,040 - $17,590 = $358,150
Answer: 26.5% increase
Explanation:
Current profit = Sales - Variable costs - fixed costs
= ((32.50 - 16.50) * 360 bears) - 1,420
= $4,340
Sales increase by 20% = 360 * ( 1 + 20%) = 432 bears
New profit;
= ((32.50 - 16.50) * 432 bears) - 1,420
= $5,492
Effect of sales increase = ( 5,492 - 4,340) / 4,340
= 26.5% increase
Answer:
$8,000
Explanation:
Income distribution deductions apply only to an estate or trust's distributable net income (DNI). In this context, the beneficiaries of an estate or a trust are taxed directly based on the money distributed to them. That means that the estate or trust can deduct distributions when calculating taxes. This is done to avoid double taxation, since the beneficiaries are taxed, then the estate or trust is not.
Answer:
an increase in equilibrium price and an indeterminate effect on equilibrium quantity.
Explanation:
An inferior good is a good whose demand increases when income falls and reduces when income rises.
If ramen is an inferior good, when income falls its demand would increase. This would lead to a rise in quantity and price.
An increase in the price of wheat would increase the cost of production of ramen. As a result, the supply of ramen would fall. Price would increase and supply would fall.
The combined effect would be an increase in equilibrium price but an indeterminate effect on equilibrium quantity.
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