Answer:
annual withdrawals is $1,393.87
Explanation:
given data
Amount Deposited = $5,000
Annual Interest Rate = 7.2%
First withdrawal = 2020
last withdrawal = 2025
solution
we consider equal sized annual withdrawals = x
so we can say that Amount Deposited amount will be as
$5,000 = 
..........1
we take common here 
so
$5,000 = 
solve it we get
x = $1,393.87
so that annual withdrawals is $1,393.87
Answer:
b. lower price than the pre-subsidy equilibrium, and buyers pay a lower one.
Explanation:
A subsidy is a governments intervention in the form of cash or tax cuts. The government offers subsidies to producers to motivate them to produce more or to lower their cost of production. As a result, there will be more products in the market or goods will be cheaper.
Equilibrium price refers to the price determined by the forces of supply and demand. It is the intersection of the demand and supply curve. It is the price that buyers are willing to pay for a certain quantity of a product; all other factors held constant.
Should a producer receive a subsidy, It will lower his cost of production. The producer's output will cost less. He can afford to offer sellers a lower price as a result of the subsidy. The traders will be able to sell the products in the market at a low price compared to a situation with no subsidy.
please do you mean 1 unit for safety stock or 100 units, will solve for both
Answer:when safety stock =1, Reorder point= 601 units
when safety stock =100, Reorder point= 700 units
Explanation:
Reorder Point (ROP), also called reorder level, is the point of inventoryset by a busness in which it replenishes its stock of items.
given:
Average demand= 200
lead time = 3
when safety stock =1
Reorder point= (Average demand X Delivery lead time ) + Safety stock
= (200 x 3 ) +1 = 601 units
when safety stock = 100
Reorder point= (Average demand X Delivery lead time ) + Safety stock
= (200 x 3 ) +100 = 700 units
Answer:
Final value= $2,282.013
Explanation:
Giving the following information:
Erick is planning to invest $500 at the end of year one, 800 at the end of year two, and 900 at the end of year three at 4.5 percent interest.
To calculate the total final value of the investment, we need to use the following formula for each deposit:
FV= PV*(1+i)^n
Deposit 1= 500*1.045^2= 546.013
Deposit 2= 800*1.045= 836
Deposit 3= 900
Final value= $2,282.013
Answer:
flexible time
Explanation:
Since their work time is not fixed, these employees have flexible work time. Often, this kind of working time is deemed to be a non-financial work benefit, as most people prefer to define their own work time. Sometimes, it is debated if this is really beneficial for the employees.
Nonetheless, they do have to respect their daily work time slot,
