Answer:
Dividend paid to preferred stock holders
= 10% x $100 x 10,000 shares = $100,000
Dividend paid to common stock holders
= $250,000 - $100,000
= $150,000
The correct answer is A
Explanation:
First and foremost, there is need to calculate the dividend paid to preferred stock holders, which is a function of dividend rate, par value and number of preferred stocks outstanding.
Finally, we will calculate dividend paid to common stockholders by deducting preferred dividend from the total dividend declared.
Answer:
See below
Explanation:
1. Cost of the Tramel Job
= Direct material cost + Direct labor cost + Overhead applied
= $1,900 + $500 + (140% × $500)
= $1,900 + $500 + $700
= $3,100
2. Journal entry to record the overhead cost
Overhead cost account Dr $500
To Material account Cr $400
To Labor account Cr $100
3. Effect of additional rework required $200 of direct labor on the cost of Tramel job
= Direct material cost + Direct labor cost + Overhead applied
= $1,900 + ($500 + $200) + (140% × $500)
= $1,900 + $700 + $700
= $3,300
The effect of additional rework required of $200 of direct labor cost is an increase of $200 on the cost of job for Tramel
Answer:
Letter B is correct. <em>Organizational.</em>
Explanation:
Employee turnover is measured by an index that checks employee entry and exit rates in an organization. When the turnover rate is high it means that an organizational analysis should be performed to detect the possible causes of increased employee turnover.
It can be caused by situations related to organizational structure, such as failures in the selection process, unfavorable organizational climate that causes conflicts and demotivation, low benefits and compensation among others.
Answer:
How many minutes of grinding machine time would be required to satisfy demand for all four products = 97,620 minutes.
Explanation:
The minutes of grinding machine required to satisfy demand for all four products -
Grinding time of Product A = Grinding minutes per unit of Product A * Monthly demand in units of Product A
= 5.0 * 5,200 = 26,000
Grinding time of Product B = Grinding minutes per unit of Product B * Monthly demand in units of Product B
= 6.50 * 5,200 = 33,800
Grinding time of Product C = Grinding minutes per unit of Product C * Monthly demand in units of Product C
= 5.50 * 4,200 = 23,100
Grinding time of Product D = Grinding minutes per unit of Product D * Monthly demand in units of Product D
= 4.60 * 3,200 = 14,720
The minutes of grinding machine required to satisfy demand for all four products =
= 26,000 + 33,800 + 23,100 + 14,720
= 97,620 minutes.
