Answer:
Since the reduction in the tulip count is identical in both scenarios, the opportunity cost will also be the same as long as the marginal cost remains unchanged.
Explanation:
Opportunity cost represents the value forfeited when selecting an alternative option. For instance, if an ice cream costs $10, then the opportunity cost of choosing that ice cream is $10, as it implies the loss of enjoyment of an alternative bundle worth $10. Similarly, if I opt to attend a party after having already purchased $50 cinema tickets, the opportunity cost of choosing the party would be $50 while the cost of viewing the movie represents the loss of entertainment at the party.
If the opportunity cost of producing between 0 and 300 tulips is calculated at $5 per tulip, it is likely that the cost of producing between 600 to 900 tulips will also be set at $5 per tulip.
Thus, the opportunity cost for each scenario is as follows:
Case 1: 0-300 Tulips: 300 Tulips * $5 per Unit = $1500
Case 2: 600-900 Tulips: 300 Tulips * $5 per Unit = $1500
However, should the cost of producing the initial 300 units of tulips differ from those of the subsequent 300 units, there would consequently be a variation in opportunity cost.
Response:
C. a 5% reduction in price results in a 7.5% rise in quantity demanded
Clarification:
To arrive at this conclusion, we utilize the price elasticity of demand equation
Price elasticity = %change in quantity demanded/% change in price
Next, we substitute the relevant values into the equation
1.5 = 7.5% / 5%
This confirms that the proper answer is C as dividing 7.5 by 5 yields a value of 1.5.
An elasticity value of 1.5 indicates that the product is fairly elastic: implying the quantity demanded will adjust more significantly than the price. This is evident in the current scenario: quantity demanded increased by 7.5%, while the price only decreased by 5%.
Answer:
As long as appropriate safety protocols are observed, nuclear energy poses minimal environmental risks, including managing the disposal of radioactive materials.
This form of energy holds the potential for nearly limitless power on a global scale and stands as the most viable substitute for fossil fuels.
Numerous researchers and economists believe that eliminating fossil fuel use by the middle of the century will be nearly unfeasible without the aid of nuclear energy. Continuing the reliance on fossil fuels may exacerbate climate change significantly.
Based on the chart, the marginal cost associated with producing the second pie is 0.50, thus option 2) is the right choice.
Option 1) "1.00" is erroneous as that represents the marginal cost for 1 pie.
Option 3) "0.25" is incorrect since that indicates the marginal cost for 3 pies.
Lastly, option 4) "1.25" is also incorrect, representing the marginal cost for producing 5 pies.
