Answer:
False
Explanation:
The Otis Self-Administering Test of Mental Ability was the first group-administered mental ability test to have widespread use in industry.
This test was first developed in 1922 by Arthur Otis. It was first designed to measure students' general school abilities. Otis's first tests were designed for the Army in 1917 and were known as the Alpha tests (for those who could read) and the Beta tests (for those who couldn't read).
Answer:
Annual depreciation= $77,000
Explanation:
Giving the following information:
Purchase price= $800,000
Salvage value= $30,000
Useful life= 10 year
Under the straight-line method of depreciation, the depreciation expense is constant along the useful life.
We need to use the following formula:
Annual depreciation= (original cost - salvage value)/estimated life (years)
Annual depreciation= (800,000 - 30,000)/10
Annual depreciation= $77,000
Answer:
- ,000 new apartments will make the equilibrium price = $1,500
- 10,000 new apartments will make the equilibrium price = $1,000
- 15,000 new apartments will make the equilibrium price = $500
Explanation:
<u>Rent</u> <u>Demand</u> <u>Supply</u>
2,500.00 10000 15000
2,000.00 12500 12500
1,500.00 15000 10000
1,000.00 17500 7500
500.00 20000 5000
The equilibrium quantity is 12,500 apartments with a $2,000 rent per month. If the government wants to lower the equilibrium rent price by increasing the supply of apartments, then it must build:
- 5,000 new apartments will make the equilibrium price = $1,500
- 10,000 new apartments will make the equilibrium price = $1,000
- 15,000 new apartments will make the equilibrium price = $500
Answer and Explanation:
The computation is shown below:-
Particulars Cumulative Non Cumulative
Preferred dividends for 2018 $10,000 $10,000
Preferred dividend in
arrears for 2017 $10,000 $0
Remaining Dividends to
Common stockholders $2,000 $12,000
Total Dividends $22,000 $22,000
Dividend payable to Preferred stockholders per year = (Number of shares × Par value) × Given percentage
= (2,000 × $100) × 5%
= $10,000