Answer:
Every worker and manager per set of management within the worksite
Explanation:
In such a situation, all workers and managers should have access to the information, training, and controls needed to avoid workplace accidents. Since the possibility of one occurring is a common risk to all, being appropriately trained on right precautions and procedures is important to both managers and employees. They will know how to administer first aid and even perform CPR at workplace.
Answer:
B. Sue is entitled to Workers' Compensation even though her employer was not negligent.
Explanation:
Sue is performing her normal duties that is required by her being a secretary when she was injured. So the employer cannot be said to be negligent in allowing her carry paper for her unit.
She will not be able to sue for employer for her injuries.
However when an employee is injured they are entitled to Worker's compensation and paid time off work.
This is given to employees even when the employer is not negligent.
Sue can get the Worker's compensation for her back treatment.
Answer:
Payout ratio =1- 12.96%*45%*9/1.4 = 0.6252 or 62.52%
Explanation:
WACC = Weight of Equity * Cost of Equity + Weight of Debt * (1-Tax rate) * Cost of Debt
16% = 45%* Cost of Equity + 55%*(1-40%)*9%
16%-55%*(1-40%)*9% = 45%*Cost of Equity
Cost of Equity = 28.9556%
Current price of Stock = D1/(Cost of Equity - Growth)
25 = 4/(28.9556%-Growth)
Growth = 28.9556%-4/25 = 12.96%
ROE = Net income/Equity = 1.4/(45%*9)
Growth rate = (1- Payout ratio)*ROE
12.96% = (1-Payout ratio)* 1.4/(45%*9)
Payout ratio =1- 12.96%*45%*9/1.4 = 0.6252 or 62.52%
Solution :
According to the theory of demand and supply, the equilibrium price and the quantity is established where both the demand and supply curves intersect.
From the graph, we can see that the point of equilibrium is at the intersection of D and S.
At this point, mathematically, D = S. In order to determine the price and quantity which exists at this point, we need to equate the demand as well as supply functions to calculate the equilibrium values.
∵ D is equal to S, we have
Now substituting this value of the equilibrium price in to any of the functions, we get the equilibrium quantity at this price.
This is the equilibrium quantity. At this point, equilibrium price as well as the quantity is the same. Let the price of the golf club increases from $120 to $140. So substituting the value to the function above to determine the new quantity.
= 100
Therefore, when the demanded quantity decreases from 120 thousand clubs to 100 thousand clubs. This increases the price and decreases the quantity as the supply curve moved to the left. The demand remains constant.
