Answer:
It is legal.
Explanation:
A broker is one who acts as an intermediary or agent of the principal and acts on his behalf. There is a tiny difference between real estate agent and a real estate broker even though both are agents. Real estate agents are licensed to seal
real estate transactions which they are paid
commissions(agent fees) for their sales and labour for
brokerages. Brokers are with more experience in the field and
qualified to work as independent agents or employ other agents who will work and be under their supervision. A person can work both as a principal and also as broker or agent depending on the individual's capability. Hence, the above description is legal.
45N + 400M + 20P ≥ 45 is the constraint that limits the amount of time the writer will work each week.
Explanation:
Integer constraints limit any or all variables to only allow integer values in the optimisation issue. It allows for precise simulation of situations that include discrete numbers (such as equity shares) or decisions yes or no.
Both "limits" and "restrictions" are "restrictions," which may be the broadest word to denote anything that prohibits a entity or a mechanism from happening. "Standards" and "controls" typically feel like standing back, where "stretches" sound like being alone.
Answer:
B) the wages received for the fifth day of work.
Explanation:
Marginal benefit is the increment in benefit generated by an increase by one unit of output. In this situation, the marginal benefit is given by difference in wage of working five days a week from the wage of working four days a week. Therefore, the marginal benefit is the wage received for the fifth day of work.
The answer is alternative B)
Answer:
20% is the ROI of division A
8% is the ROI of division B
16% is the ROI of division C
Explanation:
Find the attachments for the explanation
Answer:
Acitivy B should be crashed first by 2 days and Activity B has a crash cost per days of $25, it will be crashed for a total of $50.
Explanation:
activity A =
normal time (NT) = 5 days
Normal cost (NC) = $0
crash time (CT) = 3 days
Crash cost (CC) = $500
crash cost per day = [CC - NC]/[CT - NT] = $250/day
activity B:
normal time (NT) = 6 days
Normal cost (NC) = $0
crash time (CT) = 4 days
Crash cost (CC) = $50
crash cost per day = [CC - NC]/[CT - NT] = $25/day
activity C:
normal time (NT) = 8 days
Normal cost (NC) = $0
crash time (CT) = 3 days
Crash cost (CC) = $1000
crash cost per day = [CC - NC]/[ CT- NT] = $200/day
The activity that takes the least cost to speed up is the first one to be crashed. from the computations, activity B takes the least cost to speed up, so the project manager should crash activity B first by 2 days.
Therefore, Acitivy B should be crashed first by 2 days and Activity B has a crash cost per days of $25, it will be crashed for a total of $50.