Answer: a. Allow management to conserve cash, give stockholders more shares, and cause no change in total assets, liabilities, or stockholders' equity.
Explanation:
Stock Splits increase the number of shares a company without actually changing their market capitalization by simply dividing the shares available.
There are a bunch of reasons to do this but one of them is to conserve cash. By splitting stock, managers can conserve cash by not paying dividends but still proving that the company can still pay dividends. The Shareholders getting MORE stock would be the reward.
Since Stock splits don't change the Market Capitalization, they don't have an effect on Equity either and by extension Assets and Liabilities.
Unexpectedly high inflation tends to hurt lenders the most. When lenders lend money, it is valuable , but the amount of money that must be returned to him/her is fixed. Over time, the value of the money keeps depreciating and finally when the borrower does return the money, the value decreases to a very small amount, which is not worth much. For example, let's say a borrower borrows money from a lender to buy a car. With time, the value of money depreciated so much that when the borrower finally returns the money, the same amount of money is not even worth buying a box a matches!
Answer: Minimum 62 years
Explanation: As per the rules, the youngest borrower must have attained the age of 62 years to qualify for reverse mortgage loan. There are several other requirements as well.
HUD financial criteria also needs to be fulfilled by the borrower. The home in which borrowers be living must be their prime residence and the required home equity will also be required.
Answer:
The correct answer is $55.42.
Explanation:
According to the scenario, the computation of the given data are as follows:
Boxes use = 96 boxes
Cost = $4 per box
Staple cost = $20
Carrying cost = $0.80
So, we can calculate the annual cost of ordering and carrying by using following formula:
Annual cost = (EOQ ÷ 2) × Carrying cost + (Boxes use ÷ EOQ) × Staple cost
Where, EOQ = ( 2 × 96 × 20 ÷ 0.80)^1/2 = 69.28
So, by putting the value, we get
Annual cost = ( 69.28 ÷ 2) × $0.80 + ( 96 ÷ 69.28) × $20
= $27.71 + $27.71
= $55.42
Answer:
the number of containers that should be used is 1.67 containers
Explanation:
The computation of the number of containers that should be used is as follows;
= Annual demand × time × (1 + inefficiency factor) ÷ holding pieces
= 71 × 0.83 × (1 + 0.16) ÷ 41
= 1.67 containers
Here The time is converted from minutes to hour i.e
= 50 minutes ÷ 60 minutes
= 0.83
Hence, the number of containers that should be used is 1.67 containers
