Answer:
Societal marketing orientation
Explanation:
Options include "a. Societal marketing orientation
, b. Production orientation
, C. Sales orientation
, d. Market orientation
Societal marketing orientation is an idea to engage the customers in marketing movement of the company. If the customers evangelize the product on the company’s behalf the company finds success very easily and efficiently. Societal marketing orientation not only focuses on the needs of the customers but also on the fulfillment of the social responsibility
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Answer:
The correct answer is: in all decision making.
Explanation:
Economic analysis is used in all walks of life, in decision making. It is not only relevant for policymaking or in business or for students. Rather, it is used in day to day life as well.
Almost all the decision we make is based on cost-benefit analysis. It used by households and individuals for utility maximization. It is used by businesses for profit maximization and is used by policy makers for welfare maximization.
Answer:
Price of bond $4,092.49
Explanation:
Computation the price of the bond
Using this formula
Price of bond=Par value*1/(1+YTM/2)^(2*time period)
Where,
Par value=$10,000
1/(1+YTM/2)=1/(1+0.043/2)
(2*time period)=(2*21 years)
Let plug in the formula
Price of bond=$10,000*1/(1+0.043/2)^(2*21)
Price of bond=$10,000*1/(1.0215)^42
Price of bond=$10,000*(0.97895252)^42
Price of bond=$10,000*0.4092497467
Price of bond=$4,092.49
Therefore the price of the bond will be $4,092.49
Answer:
The actual output of the process is 140 per hour
Explanation:
The Bottleneck step is the one which assemble minimum number of chips per hour . Step 3 produces minimum number of chips (200 chips per hour). Therefore step 3 is the bottleneck step.
Since the steps are interlinked in sequence, the capacity of the process will be determined by the capacity of the bottleneck process. Therefore, effective capacity of the process = 200 chips per hour
Since utilization is 70% of effective capacity
, the actual output of the process = Utilization x Effective Capacity
= 0.7 x 200
= 140 per hour
Thus, the actual output of the process is 140 per hour
