Answer:
D
Explanation:
A credit Union is owned by its customers.
GDP is the total market value of all final goods and services produced within a country in a given period of time.
<span>Loans that do NOT involve government cooperation, such as a guarantee or insurance, are known as CONVENTIONAL LOANS. It is a type of loan that has a fixed rate and terms and is usually associated with mortgage. Any government agency (i.e. Federal Housing Administration, Department of Veterans Affairs) does not have any involvement in conventional loans.</span>
Answer:
that accommodating Agnes would cause the restaurant undue hardship.
Explanation:
From the question we are informed about Agnes, a waitress at a local restaurant, suffers severe anxiety attacks when things get really busy at her job. As a result, she is a very ineffective waitress when the restaurant gets busy. For that reason , she is fired. Her employer could have assigned Agnes to shifts when the restaurant is not busy, but that would have significantly irritated the other waitresses, caused significant scheduling difficulties and cost some additional money. If Agnes sues the restaurant under the ADA, its best argument is that accommodating Agnes would bring undue hardship to the restaurant. The Americans with Disabilities Act which is regarded as (ADA) is a law that protect disabilities in several areas against discrimination. These areas could be employment, public accommodations and others, but with the justification that Agnes would bring undue hardship to the restaurant, the restaurant is good to go.
Answer:
Arrival rate, λ = 4 per hour
Service rate = 1/service time = (1 / 9 minute) * 60 minutes per hour = 20/3 = 6.67 per hour
a) Average number of trucks in system, L = λ/(μ-λ) = 4 / (20/3-4) = 1.5 trucks
b) Average time spent in the system, W = L/λ = 1.5/4 = 0.375 = 0.38 hour
c) Total system cost per day = (2*18 + 75*1.5) *8 = $ 1188 per hour
d) New service rate, μ' = (1/7 minutes) *60 minutes per hour = 8.57 per hour
Average number of trucks in system, L = λ/(μ'-λ) = 4/ (60/7 - 4) = 0.875 = 0.88 trucks
e) Average time spent in the system, W = L/λ = 0.875/4 = 0.2187 = 0.22 hour
f) Total system cost per day = (2*18 + 90*0.88) *8 + 200 = $ 1121.6 = 1122 per day
g) Based on above cost analysis, we see that Total system cost per day is lesser in after the new equipment is installed. Therefore, it is worth to install the new equipment.
Explanation: