Answer: $107,900
Explanation:
Cumulative Preferred Shares refer to shares that a company has to pay dividends eventually. This means that if they are unable to pay for some years, they are to accrue that payment until they are able to.
There are 119000 shares of no-par 6% preferred stock with a stated value of $5.
That means preferred shares are liable to the following amount of dividends,
= 119,000 * 5 * 6%
= $35,700
Preferred Shares have not being paid for the past 2 years and need to be paid in the current year as well. That means 3 payments,
= 35,700 * 3
= $107,100
Preferred Shares are to be paid $107,100 out of the $215,000 with the rest going to common shares.
Amount going to Common Shares is,
= 215,000 - 107,100
= $107,900
Common Stockholders are to receive $107,900
Explanation:
Bring ur as over here and ill use my dic
Answer:
80 years
Explanation:
Data provided in the question:
Simple interest rate charged = 1.25% = 0.0125
Now,
Let principal amount be '$x'
we know, Simple interest = Principal × Interest Rate × Time
Since the debt is doubled this means the interest is equal to the principal amount
Therefore,
$x = $x × 0.0125 × Time
or
1 = 0.0125 × Time
or
Time = 1 ÷ 0.0125
or
Time = 80 years
Answer:
B. High performances work practice
Explanation:
High performance work practices are actions that tend to improve an organization's or a company's effectiveness and efficiency. They are practices structured to promote employees knowledge, improve commitment and motivate them. It involves investing in human power aimed at developing necessary skills, knowledge, techniques, and so on. In this scenario, Steve is trying to motivate and retain members of his organization by carry out high performance work practices like inhouse technical training and reimbursing tuition fees for employees who take relevant college courses.
Answer:
Marginal Benefit = 7,6,5,4,3,2,1 .
Optimal Equilibrium = 4 units of consumption
Explanation:
Marginal Benefit is addition to total benefit when an additional unit is consumed.
Marginal Benefit = Total Benefit @ n - Total Benefit @ n-1
MB = 15-8 = 7
21- 15 = 6
26 - 21 = 5
30 - 26 = 4
33 - 30 = 3
35 - 33 = 2
36 - 35 = 1
Optimal Equilibium is where Marginal Benefit = Price . Such because : before that - MB > Price , increasing consumption is better for consumer. MB< Price , decreasing consumption is better for consumer.
In this case : Price i.e $4 = MB 4 at 4th gallon . So , this is optimal equilibrium.
