Answer: OPTION C
Explanation: Observation is a data collection method under which the analyst tries to gather the knowledge about the subject data by observing the different phenomena related to the data .
A. Purpose must be disguised as the observations are done for the collection of data and can affect the judgement of observer.
B. A natural setting is necessary or there might be some unfair results in observation.
C. Anonymity is not desired as it could hide some important perspectives of the subject leading to false observations.
D. Memory decay is a factor in considering observation as it can result in improper results.
E. Observation can not be done on quantitative data.
Answer:
C.
Explanation:
If they had to pay more then the customer will have to pay more
HOPE THIS HELPS!!
A rightward shift of the investment demand curve will suggest an increase in demand. The reasons for this shift in the right would depend on the situation of the economy. The shifting of the curve may be affected by the following:
1. Level of economic activity
The increase in production would increase the demand thus the curve will shift to the right.
2. Expectations
T<span>he forecasting would also affect the shifting of the curve since they may have forecasted </span>an increase sale<span> of the company</span>
3. Capacity utilization
The larger the utilization of the capacity of the stocks, the larger would be the demand.
4. Cost of capital goods
T<span>he cost of constructing or producing capital would also affect the investment demand since investors would always look at the potential returns.</span>
Answer:
The answer is (A) higher than it was in short-run equilibrium.
Explanation:
<span>4200
For this problem, imagine having the 10 programmers line up randomly, assign the 1st 3 programmers to the 1st job, then assign the next 3 programmers to the 2nd job, and finally assign the remaining 4 programmers to the last job. So with that in mind, let's look at the numbers:
1. There are 10! different ways to arrange the 10 programmers in the line.
2. Of the 1st 3 programmers, we really don't care what their exact order is, so we divide the total by the number of ways of arranging those 3 programmers which is 3!
3. Of the next 3, once again, we don't care about their exact order, so we divide again by 3!
4. And of the final 4, we still don't care about their exact order, so we divide by 4!.
So the number of ways of arranging those 10 programmers is 10!/(3!3!4!) = 3628800/(6*6*24) = 3628800/864 = 4200</span>
