Answer:
Tim's business should have 50 sales person
Explanation:
Number of customers = 1,000 customers
Call frequesncy to each = 50 times
Average Length of call = 2 hours
Average sales persons time = 2,000 hours per year
Total Time = Customers x Average time per call x Call frequesncy
Total Time = 1,000 x 2 x 50 = 100,000 hours per year
Number of Sales people required = Total time / Average time per sales person = 100,000 / 2,000 = 50 sales person
Answer:
James operates a restaurant in a seaside tourist town. It is winter and all the tourists have left
Rex invests in new computer software that will automate his bookkeeping.
Explanation:
In winter, the patronage at James' resturant would drop because tourists would have left. Because demand at the resturant has dropped, James would reduce his demand for Labour which are his staffs. He would let some staffs go temporarily to reduce costs .
If Rex invests in a software that automates his book keeping, he wouldn't need an accountant to help with his book keeping, so demand for labour would fall.
After Katie's competition closes down, more people would patronise Katie. Katie's demand for Labour would increase because of the influx of customers.
Amy would need labour to obtain wood; her demand for Labour would increase.
If school is just resuming, there would be a high influx of people into the bookstore, the bookstore would increase its demand for Labour because of the high influx of customers .
I hope my answer helps you.
<span>What is productive efficiency? A situation in which resources are allocated such that goods can be produced at their lowest possible average cost.
The resources are wanting to be used at the lowest possible average cost so that companies aren't having to give up the production of another item to produce that one. Being efficient while still maintaining good quality is the overall goal of productive efficiency.
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Answer:
X=97.24
Explanation:
PV = Present Value = X+2000 by the 16th years
PMT = Payments = $100
FV = Future Value = 2000 at the end of 16 years
n= number of years
Applying the equation of future value for annuity
FV = pmt* ((1+r)ⁿ - 1
)/r
Inputting the values;
2000=100*((1+r)¹⁶-1)/r
Solving for r, gives r = 2.9%
Therefore using the formula for PV for annuity;
PV=PMT*(1-(1/1+r)/r)
X=100*(1-(1/1.029)/0.029
X=100*((1-0.9718)/0.029)
X=100*(0.0282/0.029)
X=97.24