How do economists use the concepts of marginal utility and budget constraints to construct demand curves and determine the distribution of consumer spending? Discuss how marginal utility analysis can help you understand the purchasing patterns of a product or service you commonly buy. What might happen to your purchases if the price of the product changes, the price of a substitute product changes, or your income changes? Or if your tastes and preferences change?

Many have called for the auditor’s report to be more informative and relevant therefore many changes happened in the auditor report in the last five years. especially ISA 701 , which is about “Communicating Key Audit Matters in the Independent Auditor’s Report. So you are required to show the reasons for the changes in ISA 701 and what is the impact of these changes on the auditor and other stockholders (Please write the answer so I can copy it)

Explain the following statement by ILLUSTRATING each case: “Changes in disposable income lead to
movements along the consumption function, whereas changes in wealth or other factors lead to a shift of
the consumption function.”

In many cases, improvements in health care quality are incremental (evolutionary) changes and not necessarily breakthrough (revolutionary) changes. Discuss the value of multiple small variations in effecting long-term, sustained improvement

Based on BNM or news report, explain the latest changes in the statutory reserve requirement (SRR) for Malaysia. Your explanation should also include the changes to money supply and the possible impact of the change.

Describe how arterial pCO₂ changes during a) hyperventilation, and b) breathing into a paper bag. How would you expect your body to compensate for these changes in pCO2 through breathing afterward?

In any given week, Anne receives satisfaction only from the consumption of goods and from the consumption of leisure LL, which is measured in hours. Obviously, Anne consumes many different types of goods, but for simplicity we aggregate the dollar value of all the goods that she consumes during the week and call it CC. Assume that if Anne chooses to work, the hourly wage rate is w=5 and she has to sleep 8 hours per day. Potentially, if she wants, she can work up to 7 days a week.

1) If Anne chooses to devote 0 hours to leisure during the week, how much can she consume? C= ?

2) If Anne chooses to devote all available hours (except those she has to sleep) to leisure during the week, how much can she consume? C =?

3) If Anne chooses to devote 30 hours to leisure during the week, how much can she consume? C

4) Suppose w=5w=5 and the government gives Anne a subsidy of $250. She receives this money unconditionally, regardless of how many hours she works. We define Anne's budget set over bundles of C and L, i.e. (C,L). Placing C on the horizontal axis and L on the vertical axis, depict Anne's budget set. The outer boundary of Anne's budget set has a kink at (C,L)=(250,____) (fill in the blank)

5) Suppose w=5w=5 and the government gives Anne a subsidy such that her consumption is at least $250. That is, if she does not work at all, the government gives her $250. If she works enough to earn some d<250d<250 dollars towards consumption, the government gives her $250−d$250−d. If she works enough to earn d≥250d≥250, the government does not give her anything. We define Anne's budget set over bundles of C and L, i.e. (C,L). Placing C on the horizontal axis and L on the vertical axis, depict Anne's budget set. The outer boundary of Anne's budget set has two kinks. One kink - the one with the higher LL of the two - is at (C,L)=(250,____) (fill in the blank)

6) ... while the other kink - the one with the lower LL of the two - is at is at (C,L)=(250,____) (fill in the blank)

Problem:

You will write a program to compute some statistics based on monthly average temperatures for a given month in each of the years 1901 to 2016. The data for the average August temperatures in the US has been downloaded from the Climate Change Knowledge Portal, and placed in a file named “tempAugData.txt”, available on the class website. The file contains a sequence of 116 values. The temperatures are in order, so that the first one is for 1901, the second is for 1902, and so on through 2016.

The statistics you should compute in your program are:

• The average of the monthly average temperatures for the entire time period.

• The number of years that the monthly average reached at least X degrees where X is a value input from the user. These years should also be displayed to the screen.

• The maximum monthly average temperature for the time period and in what year it occurred.

• The minimum monthly average temperature for the time period and in what year it occurred.

Input: Your program should ask the user for the name of the file, and then open that file for input. It should then ask the user for a boundary temperature (the X in the second bullet above) that is used to calculate some of the statistics. Processing: Compute the statistics requested above.

Output: Display the statistics, labeled, and with the temperatures formatted to 1 decimal place. Also output the count of the years above X before outputting the list of the years.

Sample output:

Please enter the name of the temperature data file: tempAugData.txt Please enter the boundary temperature: 68.0

Climate Data statistics: Average temperature: 66.2

Years that averaged at least 68.0 degrees: 7 1936 1995 2003 2007 2010 2011 2016

Maximum average temperature: 68.9 occurred in 2007

Minimum average temperature: 63.9 occurred in 1927

Additional Requirements:

• Your program must compile and run, otherwise you will receive a 0.

• Your program should test for file open errors.

• I recommend temporarily echoing the input from the file to the screen (using cout) to be sure you are reading the input correctly into your array.

• You should have many separate loops in your program. Do not try to compute everything in one single loop.

• For partial credit, implement some subset of the features completely. This will probably lead to a better score than implementing every feature poorly

USING ARRAYS.

Describe the six characteristics that cancer cells acquire, or lose, as they transform from normal cells. Provide an example for each characteristic and describe the types of DNA changes that may occur to cause such protein changes.

Explain three ways in which the composition of fuel changes while it is in an operating reactor, and how each change affects reactor operation.   You may discuss nuclear, chemical, or material changes, or a combination.