Answer:
No options are given, but the most commonly used survey response methods are:
- Multiple choice questions = generally easy to code
- Rating scale questions = also easy to code, since response scales have a finite number of choices, e.g. 2 true/false, 3 agree/disagree/undecided, 5 very bad/bad/fair/good/excellent
- Matrix questions. = are a little bit more complex since they involve several rating scale questions, but it is not something difficult either
- Dropdown questions. = similar to multiple choice questions
- Open-ended questions. = this are hard to code since each subject can respond different things, e.g. the thing that I like the most about this project is bla, bla, bla. There are no pre-set answers given to the subjects. THIS TYPE IS THE MOST DIFFICULT TO CODE.
- Demographic questions = similar to multiple choice
- Ranking questions = similar to scaled questions
The correct option from the given options is "<span>a promotional push strategy".
In the above situation, Mars Inc. utilized a promotional push strategy. Projects intended to influence the exchange to stock, merchandise, and advance a maker's items are a piece of a limited time push procedure. The objective of this technique is to push the item through the channels of appropriation by forcefully offering and elevating the thing to the affiliates, or exchange.
</span>
<span>The rent, cable bill, and auto loan are fixed expenses that add up to $1500. $1500 divided by the $4600 total that she has is .326 so Margie spends about 33% of her budget on these fixed expenses. That is about one third of her total budget going to fixed expenses.</span>
Answer:
sales orientation
Explanation:
It seems that in this scenario the firm is using a sales orientation. This is a business approach that focuses on improving the company's products or services without taking the actual needs of the customers into consideration. In order to make as many sales as possible which ultimately increases the company's market shares.
Answer:
Present Value= $15,874.25
Explanation:
Giving the following information:
Assume the real rate of interest is 3.00% and the inflation rate is 6.00%. What is the value today of receiving 14,488.00 in 13.00 years?
<u>This is a rare case where the interest rate is negative:</u>
Interest rate= 0.03 - 0.06= -0.03
Having said this, the present value is higher than the final value:
PV= FV/ (1+i)^n
PV= 14,488/ 0.97^3= $15,874.25