The answer is psychological.
In the given scenario, Ed has an almost-new economy car, but he wants a Ford Mustang because he thinks it would be exciting to own one.
Since Ed already has a car that works, he does not have a functional need for a car.
Therefore, a choice to purchase a sports car would represent a psychological need.
This shows perhaps the car makes him feel cool or adventurous.
So, this demonstrates that he will be fulfilling his mind. Consequently, fulfilling his psychological need.
Hence, If he decides to purchase a sports car such as the Mustang, he will be primarily fulfilling a psychological need.
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Answer:
B. The time spent on the task
Explanation:
The time that Dana spends carrying out her task is a cost to her. That cost can be calculated by ascertaining the gains or benefits she has missed due to the research.
If Dana were not doing the research, she would be engaged in other activities. Those activities could have been of benefit to her, be it financially or otherwise. The benefits foregone are the cost of Dana doing the research.
Answer:
I do not understand the letters of which you are writing.
Answer:
A stock (also known as equity) is a security that represents the ownership of a fraction of a corporation. This entitles the owner of the stock to a proportion of the corporation's assets and profits equal to how much stock they own. Units of stock are called "shares."
Stocks are bought and sold predominantly on stock exchanges (though there can be private sales as well) and are the foundation of many individual investors' portfolios. These transactions have to conform to government regulations that are meant to protect investors from fraudulent practices. Historically, they have outperformed most other investments over the long run. These investments can be purchased from most online stockbrokers
Explanation:
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Answer:
d. $40 F
Explanation:
Calculation to determine what The variable overhead efficiency variance for June is
First step is to calculate the SH
SH = 2,500 units × 0.4 hour per unit
SH= 1,000 hours
Now let calculate the Variable overhead efficiency variance
Using this formula
Variable overhead efficiency variance = (AH - SH) × SR
Let plug in the formula
Variable overhead efficiency variance= (980 hours - 1,000 hours) × $2 per hour= (-20 hours) × $2 per hour
Variable overhead efficiency variance= $40 F
Therefore Variable overhead efficiency variance is $40 F
