Answer:
i think FV(10) is 110,000.
Explanation:
Suppose today is 1/1/2000, two years from now, ur mom will get the first payment in 2002, and then the second is 2003, and the last is in 2004. U can calculate those number to bring it back to 2000, so u can calculate PV= 46,446 .Then, from 2004, ur mom plans to retire six years later from 2004, which means,2010 (she will begin retire in 2010, last day of 2009, 31/12/2009). Then u will calculate the FV= PV.(1+9%)^10= 110,000
Answer:
moral hazard
Explanation:
Banks reduce the risk of moral hazard when they monitor and supervise how their clients are using the loans and credits made to them.
Some types of credits do not require any type of monitoring or control, e.g. a credit card which a client can use basically however he/she wants to. But other types of credit that are taken for purchasing assets, e.g. a mortgage, must be used by the bank's client to specifically carryout the intended activity.
In economics, moral hazard refers to the tendency that an economic party can engage in unusually risky activities because the capital (money) that they are investing is not theirs and the negative effects of a potential loss will be suffered most by other parties.
A low deductible plan is the type of insurance that will require the driver to pay less out of pocket. If a person has a high deductible plan, the out of pocket payment would be a lot higher. A low deductible plan has much higher premiums that must be paid. The high deductible insurance has much lower premiums. After a wreck that is caused by the driver, most insurances will raise the premiums paid. Unless you with an insurance company that accident forgiveness plans. The correct answer to this question is B. Low Deductible Plan.
Revenue = $752,800
Cost of goods sold = $301,800
To solve for the gross profit:
Gross profit = revenue - cost of goods sold
Gross profit = $752,800 - $301,800
Gross profit = $451,000
The gross profit shows the profits a company has after taking their costs to make the product and subtract them from the sales they had.
Given the table below
![\begin{tabular} {|p {1cm}|p {1.4cm}|p {1.4cm}|p {1.5cm}|p {1.4cm}|p {1.4cm}|} {Price per hour&Quantity Supplied by Ann&Quantity Supplied by Bob&Quantity Supplied by Carlos&Market Quantity Supplied&Market Quantity Demanded\\[1ex] \$50&94&35&19&148&5\\ 45&93&33&14&140&8\\ 40&90&30&10&130&11\\ 35&81&27&6&114&16\\ 30&68&20&2&90&22\\ 25&50&12&0&62&30\\ 20&32&7&0&39&39\\ 15&20&0&0&20&47\\ 10&10&0&0&10&57 \end{tabular}](https://tex.z-dn.net/?f=%5Cbegin%7Btabular%7D%0A%7B%7Cp%20%7B1cm%7D%7Cp%20%7B1.4cm%7D%7Cp%20%7B1.4cm%7D%7Cp%20%7B1.5cm%7D%7Cp%20%7B1.4cm%7D%7Cp%20%7B1.4cm%7D%7C%7D%0A%7BPrice%20per%20hour%26Quantity%20Supplied%20by%20Ann%26Quantity%20Supplied%20by%20Bob%26Quantity%20Supplied%20by%20Carlos%26Market%20Quantity%20Supplied%26Market%20Quantity%20Demanded%5C%5C%5B1ex%5D%0A%5C%2450%2694%2635%2619%26148%265%5C%5C%0A45%2693%2633%2614%26140%268%5C%5C%0A40%2690%2630%2610%26130%2611%5C%5C%0A35%2681%2627%266%26114%2616%5C%5C%0A30%2668%2620%262%2690%2622%5C%5C%0A25%2650%2612%260%2662%2630%5C%5C%0A20%2632%267%260%2639%2639%5C%5C%0A15%2620%260%260%2620%2647%5C%5C%0A10%2610%260%260%2610%2657%0A%5Cend%7Btabular%7D)
From the table it can be seen that at the price of $20, the quantity supplied is equal to the quantity demanded equal to 39.
Also notice that at that price, Carlos is not supplying any service.
Therefore, the equilibruim price <span>of tutoring services be if Carlos decided to stop tutoring is $20.</span>
