Answer:
The answer is. C) any buyer who is willing and able to pay the price will find a seller for the product.
Explanation:
At a product's equilibrium price, the quantity demanded of the product equals the quantity supplied of the product. So that means that there will always be a supplier willing to sell the product to any consumer who is willing to pay for that product.
1.Technical Certified/VRQ (Vocational related Qualification)
2.NVQ (National Vocational Qualification)
3.Key skills
4.EER (Employment Rights & Responsibilities)
The study of an agent's or individual's decisions is known as decision theory. The official decision-making process concludes with evaluation. Evaluating the consequences may assist the decision-maker in learning lessons that will help her make better decisions in the future.
- Loss aversion is the correct answer because the general notion of the "loss-aversion" theory is that if an individual is provided with two equal alternatives, one of which is presented in terms of prospective profits and the other in terms of potential losses, the former option will be chosen.
- Loss aversion is a cognitive bias or psychological phenomenon that explains why the agony of losing is twice as powerful psychologically as the pleasure of winning.
Therefore, representativeness, cognitive bias, and overconfidence are not factors relative to an arbitrary decision distortion. So, Loss aversion is the correct response to the question.
For more information regarding arbitrary baseline, refer to the link:
brainly.com/question/11224360
Depends on the product you are intending on introducing to the public
Say you are developing a phone, what features does it have over Apple? Let’s say Apple released a new feature, the greatest touch screen by average standards, so how can you top that? You can’t cause it’s the “greatest” by average standards
Answer:
D(p) = 2,000 ÷ Price + 434
Explanation:
The computation of the demand function is shown below:-
Number of units of the product = 3000 ÷ Price + C
834 = 2,000 ÷ $5 + C
834 = 400 + C
C = 834 - 400
C = 434
So, D(p) = 2,000 ÷ Price + 434
Therefore for computing the demand function we simply applied the above formula also we considered all the given information mentioned in the question
