Answer:
focus on a client-server model
Explanation:
In this scenario, the best advice that can be given would be to focus on a client-server model. Since almost all of the applications that will be used by the employees are server-based it would be best to focus on only implementing the minimum necessary hardware for the 30 employees. So much so that they are able to access the server correctly but without adding excessive hardware power that would simply be overkill. Since the company already has all the necessary LAN switches it would be fairly simple to connect all of these machines together and 50 Mbps is more than enough for data transfer.
Well, you just need to find it using this formula :
5,000 x [100 % - (3% x 91/365)]
= 5,000 x [ 100 % - 0.007479]
= 5,000 x 99.992521
= $ 4,962.50 >>> rounded
Hope this help
Answer:
a) Y = 500
b) Wages: 2.5
Rental price: 2.5
c) labor Share of output: 0.370511713 = 37.05%
Explanation:

if K = 100 and L = 100


Y = 500
wages: marginal product of labor = value of an extra unit of labor
dY/dL (slope of the income function considering K constant while L variable)





With K = 100 and L = 100

Y' = 2.5
rental: marginal product of land = value of an extra unit of land
dY/dK (slope of the income function considering K variable while L constant)



L = 100 K = 100

Y' = 2.5
c) we use logarithmic properties:



50 was the land while 10 the labor
2.698970004 = 1.698970004 + 1
share of output to labor: 1/2.698970004 = 0.370511713