Answer:
Option E It is multiplied by the material unit cost to calculate the per unit carrying cost.
Explanation:
The reason is that the carrying cost which is also known as holding cost is the cost of holding a unit material for a year and this can be calculated as:
Holding Cost is also given in percentage of material price and is calculate by multiplying it with the material unit cost to calculate the holding cost per unit per year.
So the option E is correct.
Answer:
Explanation:
It means that there must be a huge number of people that have little or nothing.
The most recent estimate of America's population is 331,000,000 roughly
1% of the population is 331,000,000 * 1/100 = 3,310,000
So that means that 3 million people own 33% of 14 trillion in property alone. These numbers are really hard to imagine.
1 trillion has 12 zeros behind it
so 14 trillion has 12 zeros behind it.
3 million people own 1,400.000,000 = 14 000 000 000 000 dollars worth of property.
That means that each person in that group of 3 million is 1 of 14 , 000, 000 in wealth just in property alone. The goods will dilute this somewhat, but I think you get the idea.
3 million people in the United States are multimillionaires, if they own 100% of the property. Of course that isn't true, but I think it's fair to say that they are not poor either.
Answer:
- $1,099,890 billion.
Explanation:
Marginal propensity to consume (MPC) = 0.990
Tax multiplier = - MPC ÷ (1 - MPC)
= - 0.990 ÷ (1 - 0.990)
= - 9
9
change in GDP = Change in taxes × Tax multiplier
= $11110 × (-99)
= - $1,099,890
the minus sign shows a decrease
Hence, the change in equilibrium GDP is - $1,099,890 billion.
The decision making method that Wilma uses is the bounded rationality. It is a type of decision making with only a short time they acquire in deciding up decisions in which Wilma has been doing in the scenario above. This type of decision making also allows a person to decide with only the few decisions that couldn't suffice them. This decision making is being portrayed in the given scenario above.
Answer:
A. 136.2 days
Explanation:
To compute the average days inventory outstanding, first, we have to find out the inventory turnover ratio
Inventory turnover ratio = Cost of goods sold ÷ average inventory
where,
Average inventory = (Opening balance of inventory + ending balance of inventory) ÷ 2
= ($546,745 + $585,764) ÷ 2
= $566,254
And, the cost of good sold is $1,517,397
Now put these values to the above formula
So, the answer would be equal to
= $1,517,397 ÷ $566,254.50
= 2.67 times
Now, Days in inventory = Total number of days in a year ÷ inventory turnover ratio
= 365 days ÷ 2.67 times
= 136.70 days approx