Answer:
The equipment shall be financially attractive when we have annual cash inflow in excess of 132,686
Explanation:
Calculate the PVIFA ( Present value of interest factor annuity ) at r = 12 % and n = 4 years
= [ 1 - (1.12)-4 ] / 0.12 = 3.03734935
Minimum annual cash flow needed = Investment / PVIFA = 403,014 / 3.03734935
= 132686
The equipment shall be financially attractive when we have annual cash inflow in excess of 132,686
Answer:. When patients participate in decision making and understand what they need to do, they are more likely to follow through.
Explanation:
Answer:
Alwan expect to pay for airplane 4= $747818.48
Explanation:
given data
expect to pay airplane = 4
3rd plane produce = 20,000 hours
learning curve = 85%
solution
As here logarithmic approach allow get labor for any unit, TN, as
TN = T1(Nb)
here TN is time for the Nth unit and T1 is hours to produce the first unit
so
b = (log of the learning rate) ÷ (log 2) = slope of the learning curve
so
T3 = T1(3log(0.85)÷log2)
so we get
So Alwan expect to pay for airplane 4 = $747818.48
The action of the bank will put decreased pressure on the money supply, and to reduce the impact of this action, the Fed could decrease the discount rate.
Basically, a decrease in discount rate will make it easy and cheaper for commercial banks to borrow money from Federal Reserve System and thus, results to increase in available credit and lending in the economy
Therefore, if the commercial banks decide to increase their holdings of excess reserves supposed to be remitted to Feds, then, this will put <u>decreased</u> pressure on the money supply, and the Fed would act by <u>decreasing</u> the discount rate.
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<em>brainly.com/question/20023706</em>
Answer:
a. Offered load = 1 lot / 4 hours = 6 cars/4 hours = 1.5 cars/hours
b. Demand rate = Total cars per 4 hours/20 minutes time
Demand rate = 6*4 / 20
Demand rate = 24/20
Demand rate = 1.2 cars/hours
Implied utilization = Demand rate / Offered load
Implied utilization = 1.2/1.5
Implied utilization = 0.8
Implied utilization = 80%
c. Capacity of the process = 1 lot / 5 hours
Capacity of the process = 6 / 5
Capacity of the process = 1.2 rentals per hours
d. Probability that all eight cars are rented at the same time
=> (1 - 0.8) * (0.8)^8
=> 0.2 * 0.1678
=> 0.03356
=> 3.36