Answer:
<u><em>Part 1. </em></u>
- <em>Average cost per day of a three-day pass</em> = $53.33/day per person
- <em>Marginal cost of adding the third day </em>= $190 - $160 = $30 per person
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<em><u>Part 2.</u></em>
- <em>Group's marginal cost of switching from the two-day pass to the three-day pass</em> = $180
Explanation:
The total <em>cost</em> is the <em>admission charge</em> ($60) plust the cost of the pass ($100 or $130).
For a <em>two-day pass</em> that is: $60 + $100 = $160, per person
For a <em>three-day pass</em> that is: $60 + $130 = $190, per person
<u><em>Part 1. The average cost per day of a three-day pass per person. </em></u>
The <em>average cost</em> is the total cost divided by the number of days.
- <em>Average cost</em> = $160/3days = $53.33/day per person
The <em>marginal cost of adding the third day</em> per person is found by subtracting the total cost for two days from the total cost for three days:
- <em>Marginal cost of adding the third day</em> = $190 - $160 = $30 per person
This says that althoud the average cost for the three days is $53.33 the cost of adding the third day is $30, which is much lower; thus, it is a good deal to buy a three-days pass, as they are interested in spending a lot of time there.
<u><em>Part 2. The group's marginal cost of switching from the two-day pass to the three-day pass</em></u>
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Since the <em>marginal cost of switching from the two-day pass to the three-day pass</em> is $30 per person, the marginal cost for the 6-person group is 6 times $30:
- 6 persons × $30/person = $180.
Answer:
B. As a risk-averse investor
Explanation:
B. As a risk-averse investor is a correct option . Risk-averse investors can invest in higher risk opportunity only if it offers higher expected return .
Spending will increase.
Demand will increase.
The consumer confidence index is a measure of how "confident" the population of the United States is in the economic status of the US. Thus, both these values will increase!
<span>Reliability requirements describe the dependability of a system such as service outages and incorrect processing.
in FURPS+ acronym, R stands for reliability in which we check for system failures predictable, accuracy, recoverable etc.
F stands for functionality, u stands for usability, R for reliability, P for performance, S for supportability and Plus for other constraints. Robert Grady of HP devised this FURPS+ acronym.
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