Answer:
100 units were sold at $30 per unit
Explanation:
theoretically, in a perfect competition market, the price of a good = marginal revenue = marginal cost. Also, the market sets the price, not the individual firm.
If total revenue = $3,000 and marginal revenue per unit = $30, then we can assume that the sales price of each unit was $30, therefore, they sold $3,000 / $30 = 100 units.
Answer: 1.28
Explanation:
The portfolio beta is a weighted average of the investments in the portfolio.
The new beta will therefore be;
= Portfolio beta - weighted beta of stock being sold + weighted beta of stock to be added
= 1.3 + ( 10,000/150,000 * 1.6) + ( 1.3 * 10,000/150,000)
= 1.3 - 0.11 + 0.09
= 1.28
So lets say we have two investment opportunities. A new convenient store in your neighborhood or a new shopping center more than 5 miles away from where you live... What would you invest in well lets look at the pros and cons of each investment. So even though the new convenient store is right around the corner from you and prices are low the new shopping center has better products, warranty and higher prices unlike the convenient store closer to you. So we have an investment budget of $1000 dollars and want to spend it wisely we need to access what has a better chance of being successful with what you put into it. So the convenient store will reach less people has a bargain price but also doesn't have security cameras. Even though the shopping center has great employees, top-of-the-line products, high security, and a great establishment but also has flaws. What are you gonna invest in, will you take risks? My personal opinion is that I would invest in the shopping center because more people would be attracted to it because of the quality of service and products. So it would have a better probability in success and good use of my money.
Answer:
Equilibrium is the point of the interaction between the demand and supply curves.
The given graph given from the question is attached below (Image 1-2)
The solution is attached in image 3-4
