Answer:
involve the current receptionist in the decision process.
Explanation:
When changes are to be made that will affect an employee, the best way to reduce resistance to the change is to involve the employee in the decision-making process.
By involving the employee they will get to see the benefits of the new initiative and this will also convince them that it is for the good of the business and not a ploy to replace them.
Employees have a higher buying and will drive implementation more when they were part of the process for change.
Answer:
a.The efficiency of the WiFi system will depend upon the usage and the speed of internet provided by the ISP (Internet Service Provider). Keeping in mind that the town have 1,000 households the network to choose will need to be fast and reliable also each household should be allowed to download a certain amount of DATA via internet so that the each household can get benefit from the WiFi System.
b. If each household is willing to pay $50 per year the contribution received will be $50×1,000 = $50,000. So the cost of WiFi system will be recovered.
c. If the town keeps tracks of the contributions and ask the household to contribute at least $20 per year so yes the total cost of WiFi system will be recovered. $20× 1,000= $20,000
Explanation:
A) 2,679.45
B) 50,909.55
C) 1,071,780
Explanation:
The bank will keep 5% of the deposit:
53,589 x 5% = 2,679.45
Then, it will have in excess the remainder:
53,589 - 2,679.45 = 50,909.55
This amount can be used for another.
This makes a hypothetical loop. The borrower can also deposit and creating the chance or another loan and so on. The cycle repeats indefinitely
The maximum amount of new money can be determinate as follow:
53,589 / 0.05 = 1,071,780
Answer:
3.05%
Explanation:
According to Pure Expectation Theory, the future short term interest rates are actually the forward rates.
Mathematically,
(1 + r2,0)^2 = (1 + r1,0)^1 * (1 + r1,1)^1
Here,
r2,0 is the rate of interest for 2 year treasury security from today
r1,0 is the rate of the interest for 1 year treasury security from today
r1,1 is the rate of the interest for 2 year treasury security from Year 1
By Putting Values, we have:
(1 + r2,0)^2 = (1 + 0.04)^1 * (1 + 0.021)^1
(1 + r2,0)^2 = 1.06184
By taking square-root on both sides, we have:
(1 + r2,0) = 1.0305
r2,0 = 3.05%