Answer:
I believe that it is a governmental regulation of business
Explanation:
Answer:
The Journal entries are as follows:
(i) Sale of Equipment
Cash A/c Dr. $20,300
Accumulated Depreciation A/c Dr. $22,500
To Equipment $40,000
To Gain $2,800
(To record the sale of equipment)
(ii) Sale of Equipment
Cash A/c Dr. $12,700
Accumulated Depreciation A/c Dr. $22,500
Loss A/c Dr. $4,800
To Equipment $40,000
(To record the sale of equipment)
Workings:
Accumulated Depreciation = [(40,000 - 2,500) ÷ 5] × 3 years
= 7,500 × 3 years
= $22,500
Answer:
B. Theory Y
Explanation:
According to theory Y assumptions, employees are self-motivated and ambitious. They can exercise greater control and are willing to accept new responsibilities. Theory Y supposes that employees love to work, and that they find motivation in the completed jobs.
Managers who subscribe to theory Y believe that employees are intelligent, innovate and creative people whose input can help solve organizational problems. Theory Y suggests that if employees are given more freedom in the workplace, they are likely to perform their best, which increases productivity in the workplace.
Theory Y managers hold optimistic and positive views on their employees. They encourage a collaborative approach to management, where there is a greater relationship between managers and their subordinates.
Answer:
$9.18
Explanation:
Return on Investment is the actual profit / gain received on investment. In case of Investment in the stock the dividend and price appreciation is included in the return.
We will calculate the return on the investment in accounts.
Return = Dividend Received + ( Market Price of Stock - Initial price )
Return = Dividend Received + ( Market Price at the end of the year - Price at the beginning of the year )
Return = $0.85 + ( $76.45 - $68.12 )
Return = $0.85 + $8.33
Return = $9.18
Answer:
12.93%
Explanation:
Given that the amount of 300 is invested for 3 years, while the amount of 100 is invested for 2 years and 100 is invested for 1 year.
also amount accumulated in three years = 800
Applying the formula to find the future value we get
300(1+r)^3 + 200(1+r)^2 + 100(1+r) = 800
which can be further simplified to
300r^3+1100r^2+1400r+600=800
where, r is the effective rate of interest which we have to find out
The above equation is cubic in r, so to solve this we can use equation solver. When we put this equation in equation solver we get
r = 0.12926
r ≅ 0.1293
Therefore, effective rate of interest = 12.93%