Answer:
A. Safety engineers
Explanation:
Safety engineers are engineers who combine both health and safety in measures while developing procedures and systems with the aim of safeguarding and protecting people from getting injury and illness in the work place or environment. Their job description involves analyzing reasons for accidents, identifying potential hazards, suggesting procedures that can be taken by personnel in that workplace to protect themselves from harm and also preventing the occurence of accidents by bringing in accident proof systems of operations.
Answer:
unrelated diversification
Explanation:
According to my research on different business strategies, I can say that based on the information provided within the question this is an example of unrelated diversification. This is a type of diversification in which a business adds completely new and unrelated product lines to their business and enter new markets. Which is what Marigold Manufacturers Inc is doing since they sell home appliances and decided to enter into the market of women's fashion apparel.
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Answer:
a) $0.5145 million
b) $7.35 million
Explanation:
Given:
Permanent debt outstanding = $35,000,000
Expected marginal tax rate = 21%
a) Suppose they pay an interest of 7% per year on debt. Find the annual interest tax shield.
To find annual interes tax shield use the formula below:
Annual interest tax shield =Total par value of Debt × interest rate × tax rate
= $35,000,000 × 7% × 21%
= $35,000,000 × 0.07 × 0.21
= $514,500
Annual interest tax shield = $0.5145 million
b) What is the present value of the interest tax shield, assuming its risk is the same as the loan?
Use the formula:
Present value of the interest tax shield = Annual interest tax shield /loan interest rate
= $514,500 / 7%
= $7,350,000
present value of the interest tax shield = $7.35 million
Feedback with the intention to help by listing reasonable arguements
Answer: The options are given below:
A. $18.00
B. $1,036.80
C. $2.00
D. $7.20
E. $64.00
The correct option is D. $7.20
Explanation:
From the question above, we were given:
Annual demand = 100,000 units
Production = 4 hour cycle
d = 400 per day (250 days per year)
p = 4000 units per day
H = $40 per unit per year
Q = 200
We will be using the EPQ or Q formula to calculate the cost setup, thus:
Q = √(2Ds/H) . √(p/(p-d)
200=√(2x400x250s/40 . √(4000/(4000-400)
200=√5,000s . √1.11
By squaring both sides, we have:
40,000=5,550s
s=40,000/5,550
s=7.20
