Answer: A.
Explanation:
By definition, opportunity cost is the amount or value of something you gave up for another good.
For example: say you value sleeping in at $5 value going to class at $4. You decide to get up and go to class, the $4 value. Therefore, your opportunity cost is what you gave up (sleeping in) for another good/choice (going to class), is $5 since you valued sleeping in at that.
Answer:
The correct answer is letter "B": legislation cannot repeal basic economic motives.
Explanation:
Government price controls are regulations imposed by the central government of a country to set limits on prices of certain goods or services because of a surplus, shortage or simply to maintain the demand and supply of those products at their equilibrium level.
However, the demand for some of those products could be unpredictable because individuals could react in opposite directions even if the government has set rules against consumers' favor. <em>Customers' motives might not be always repealed by legislation</em>.
Answer:
intrapreneurs
Explanation:
An intrapreneur is an employee who is tasked with developing an innovative idea or project within a company.
An intrapreneur works inside a company to develop an innovative idea or project that will enhance the company's future.
The intrapreneur is generally given autonomy to work on a project that may have a considerable impact on the company. Over time, an intrapreneur may turn into an entrepreneur.
Search up A gardener can increase the number of dahlia plants in an annual garden by either buying new bulbs each year or dividing the existing bulbs to create new plants . The table below shows the expected number of bulbs for each method
Part A
For each method,a function to model the expected number of plants for each year
Part B
Use the Functions to Find the expected number of plants in 10 years for each method.
Part C
Answer:
Profit Maximising Quantity = 775
Explanation:
Price P = 35 - 0.02Q
Total Revenue TR = Price x Quantity = P X Q
= (35 - 0.02Q)(Q) = 35Q - 0.02Q^2
Total Cost TC = 8000 + 4Q
Profit = TR - TC
[35Q - 0.02Q^2] - [8000+4Q] = 35Q - 0.02Q^2 - 8000 - 4Q
Profit Function = - 0.02Q^2 + 31Q - 8000
To find out profit maximising Quantity , we will differentiate Profit Function with respect to Q & equate it to 0.
dTR/ dQ = -0.04Q + 31 = 0
Q = 31/0.04 = 775
To verify whether 775 is profit maximising Q, we will do second derivative & check that it is negative.
d^2TR/ dQ^2 = -0.04 i.e < 0 (negative)
So 775 is profit maximising quantity
