<span>The marginal propensity to consume (MPC) is a measure of the proportion of extra income that will be spent on consumption. If an individual receives an extra $100 and spends $60 on consumption then the person’s MPC is 0.60. If consumer income in the United States increases by $100 million and the MPC is 0.60 consumption in the US will increase by $60 million.</span>
Answer: studying the past makes it easier to understand the affairs of the current era
Explanation:
Leonardo Bruni was such an influence in the field of history that he has been known as the first modern historian for his contribution to history during the Renaissance.
Leonardo Bruni urged people to read history because he believed that in doing so, one would be able to better understand the affairs of the present because they will have a reference point to an event that occurred in the past.
Answer:
Crane Company
If Crane Company uses LIFO, the value of the ending inventory is:
= $440.
Explanation:
a) Data and Calculations:
Units Unit Cost Total Cost
1/1/20 inventory 150 $4.00 $600
1/15/20 Purchase, 70 5.10 357
1/28/20 Purchase, 70 5.30 371
Total 240 $1,328
1/31/20 inventory 110 $4.00 $440 ($4.00 * 110)
b) The LIFO method assumes that goods that are sold first are the last that were purchased. Therefore, the cost of the ending inventory is usually based on the cost of the earlier inventory purchased. In our case, the cost per unit was based on the beginning inventory balance.
Answer:
$10,800 underapplied
Explanation:
Calculation for If overhead is applied based on machine hours, the overapplied/underapplied overhead is:
Overhead machine hours=[($1,044,000/24,000)×23,600]-1,037,400
Overhead machine hours=($43.50 x 23,600) - 1,037,400
Overhead machine hours=$1,026,600- 1,037,400
Overhead machine hours= $10,800 underapplied
Therefore If overhead is applied based on machine hours, the overapplied/underapplied overhead is:$10,800 underapplied
Answer:
112 customers per day
Explanation:
For computing the needed capacity requirement, first we have to find out the new utilization rate which is shown below:
Capacity cushion = 100% - average utilization rate
25% = 100% - average utilization rate
So, the average utilization rate is 75%
Now the needed capacity requirement is
Utilization rate = Average output rate ÷ Maximum capacity × 100
75% = 84 ÷ Maximum capacity × 100
So, the maximum capacity is 112 customers per day
We simply applied the above formula to determine the needed capacity requirement
