Answer: b. excess supply of money is equal to the quantity demanded of money at a given interest rate.
Explanation:
Equilibrium in the money market takes is usually achieved when the quantity of money demanded is equal to the quantity supplied. The demand curve for money is used to illustrate the quantity of money demanded at a given interest rate. The demand curve for money usually sloped downward, what this tells us is that people would want to hold less of their wealth in the form of physical cash ( money ). When the interest rates on bonds and other alternative investments are way higher.
Carnegie used vertical integration to reduce competition and make his business more profitable Vertical Integration was incorporated into everything from mining the ore and coal, to shipping it to the factories, and etc. With the flow from one business to another Carnegie was able to protect the profit made by keeping it all in a sort of cycle formation within the family. This prevented competitor companies from being able to cut down <span>availability on the market as well as raising prices on the stock.</span>
<span>The researcher has violated participant confidentiality and has made the validity of the study invalid. The people whose confidentiality was breached should be notified and they should have the right to revoke their information from the study. No one who believes they have participated with confidentiality should be subjected to having others know they were involved if they do not want that.</span><span />
The areas are an example of <span>a decrease in the price and an increase in the quantity of the firm's output.
The green areas would decrease the amount of money that the company need to handle waste of production, and social responsibility related cost, which would decrease the price and increase the firm's output.</span>
Explanation:
I = Prt
I = (10000)(.11)(4) = $4400
Total Cost = Down Payment + Principal Borrowed + Interest
Total Cost = 2000 + 8000 + 4400
= $14,400
Monthly Payment = (Principal Borrowed + Total interest) / Total number of payments
Monthly Payment = (10,000 + 4400) / 48
= $300
APR= (2 × n × I) / [P × (N + 1)]
APR = (2 × 12 × 4400) / [10,000 × (48+1)]
= 21.55%
