No one can write down a vision for your future, its your vision and future.
Answer:
Alice should exercise the option and pay $100,000 for the land.
Explanation:
As Alice has paid $20,000 for the option to acquire the land of ten acres.
In 1985, the worth of land was $120,000 but in 1992, the worth changed to $110,000. She should exercise the option because the inflation rate is the reason in the decrease in the worth of land. By buying the land, she can utilize the land by investing in it instead of holding the money as it will depreciate. By investing the money, she will get the profit and will increase in her wealth. Moreover, she can use other options by selling to another person after adding some value to the land and can get the profit.
Answer:
True
Explanation:
In industry, inventory buildups are cancelled with increased sales and marketing activities, which attract rewards and punishments. This is why it is always a taboo to observe idle workers. Idle workers cost the entity much in expenses. Workers are employed based on productivity and profitability indexes. There is no business entity that employs workers for the fun of employment.
The question is incomplete. The complete question is as follows,
At December 31, 2011 the accounting records of Gordon, Inc. contain the following items:
Accounts Payable 2500
Land 30000
Building 31250
Notes Payable ?
Retained earnings 125000
Accounts Receivable 18750
Cash ?
Equipment 40000
Capital Stock 12500
If the Notes Payable is $10,000, the December 31, 2011 cash balance is:
Answer:
Cash = $30000
Explanation:
The accounting equation states that the sum of total assets is always equal to the sum of total liabilities plus total equity. We can state the equation as follows,
Total Assets = Total Liabilities + Total Equity
So,
(30000 + 31250 + 18750 + 40000 + Cash) = (2500 + 10000) + (125000 + 12500)
120000 + Cash = 12500 + 137500
Cash = 150000 - 120000
Cash = $30000
Answer:
annual payment = $2,362.88
Explanation:
we must first calculate the future value of the loan at the end of year 4 = $6,226 x (1 + 11%)⁴ = $9,451.51
using the present value of an annuity formula we can determine the annual payment:
annual payment = present value of an annuity / PV annuity factor
- present value of an annuity = $9,451.51
- PV annuity factor 11%, 4 periods = 3.1024
annual payment = $9,451.51 / 3.1024 = $2,362.88
