Answer:
Placing blame with the customer to reduce cost.
Explanation:
Providing an excellent customer service to customers involves making sure that a customer is happy and very satisfied with a company’s products or services. It also involves providing adequate service to a customer in a timely, polite, pleasant and orderly manner. In order to provide excellent customer service the customer service representative must possess a good communication and problem resolution skills.
The customer service representative must:
1) Must have the patience and time to listen attentively to a customer complaint.
2) Must be able to respond in a timely manner.
3) Must appreciate the customers.
4) Must be able to get feedback from the customers.
Answer:
a) defines the industries in which the company operates
Explanation:
In the case when the analyst begins to analyze the company so the first thing he see the industry how it operates whether it is understanble or not after that the growth should be potential or not
So here the option a is correct as it describe the industries in which the company would operates
So the same is to be considered for the first time
Answer:
The postponement of a project until conditions are more favorable:
III. could cause a negative net present value project to become a positive net present value project.
Explanation:
With the favorable project conditions, the negative NPV will be revised to a positive NPV because the positive conditions will ensure the generation of positive cash inflows. The result is that the project will be assessed as acceptable since the net present value will become positive. Generally, favorable project conditions create outcomes that are positive for the cash flows, thereby generating more positive cash inflows and reducing the impact of cash outflows.
A. true the buyer is the party making the offer
Answer:
5575
Explanation:
The computation is shown below;
<u>Factor Elasticity Increase Effective Increase
</u>
A B A × B
Capital 0.3 10% 3.00%
Labor 0.7 5% 3.50%
Increase due to Productivity 5.00%
Total Increase in Output 11.50%
(3% + 3.5% + 5%)
Original Output 5000
Increase in Output (5000 × 11.5%) 575
Increase Output (5000 + 575) 5575
