Select the MOST CORRECT answer. In a cardiac myocyte, changes in the permeability of ions can lead to a change in membrane potential. In...

Select the MOST CORRECT answer. An athlete was attempting to improve their performance through doping, the act of taking illegal drugs to increase red blood cell count. Unfortunately, the athlete experienced a reduction of performance instead. Which of the following best explains this outcome?

From the Income Statement, Balance Sheet, and Statement of Changes in Owners’ Equity, and Statement of Cash flows for 2017 (you prepared in Tandy #1).

Calculate (and show your work) for the following

Earnings per Share (EPS)
Dividends per share (DPS)
Book Value per Share

Net Operating Profit after Tax   (NOPAT)
         EBIT (1 - Tax rate)
Net Operating Working Capital  (NOWC)
         Current assets – (Current liabilities – Notes Payable
Net Plant and Equipment  (NFA)          
Operating Capital  (OC)
         NOWC + NFA
           

Net Cash Flow  (NCF)
Operating Cash Flow  (OCF)
Free Cash Flow  (FCF)
Cash Flow from Assets   (CFA)
Cash Flow to Debtors   (CFD)
Cash Flow to Equity Holders   (CFE)

Name major external environment changes that are happening and what impact they can have on an organization.

5) The Federal Reserve sells $400 in bonds to Bank of America. Show the changes in the balance sheets for the Fed and B of A. What is the change in the monetary base? If the reserve requirement is 5%, what is the maximum change in the money supply? Explain briefly.

Question 10

Which of the following changes will make the value of a stock go down, other things being held constant?

Question 3

Stock A has the following returns for various states of the economy:

State of
the Economy Probability Stock A's Return
Recession 5% -15%
Below Average 25% -2%
Average 40% 9%
Above Average 25% 14%
Boom 5% 15%

Stock A's expected return is:

Question 1

Emery Company is expected to pay a dividend of $2.25 per share. The company's stock is currently selling for $60 per share, and the required rate of return on Emery Company stock is 16%. What is the growth rate expected for Emery Company dividends assuming constant growth?

. Describe the major physiological changes that occur in each stage of Masters and Johnson's model of sexual arousal. State the role of the parasympathetic and sympathetic

nervous systems in this process

1)What is the percentage change in price for a zero coupon bond if the yield changes from 5.5​% to 9​%? The bond has a face value of ​$1,000 and it matures in 11 years. Use the price determined from the first​ yield, 5.5​%, as the base in the percentage calculation. The percentage change in the bond price if the yield changes from 5.5​% to 9​% is ​%

2)With celebrity​ bonds, celebrities raise money by issuing bonds to investors. The royalties from sales of the music are used to pay interest and principal on the bonds. In April of​ 2009, EMI announced that it intended to securitize its back catalogue with the help of the Bank of Scotland. The bond was issued with a coupon rate of 6.55% and will mature on this day 31 years from now. The yield on the bond issue is currently 6.35​%. At what price should this bond trade​ today, assuming a face value of ​$1,000 and annual​ coupons? The price of the bond today should be $

3) A Ford Motor Co. coupon bond has a coupon rate of 6.95%, and pays annual coupons. The next coupon is due tomorrow and the bond matures 36 years from tomorrow. The yield on the bond issue is 6.1​%. At what price should this bond trade​today, assuming a face value of ​$1,000 The price of the bond today should be ​$.

Why is WWI considered the first “modern” war? • How are changes in technology and style of fighting linked?

Predict and calculate the effect of concentration changes on an equilibrium system. Some SO2Cl2 is allowed to dissociate into SO2 and Cl2 at 373 K. At equilibrium, [SO2Cl2] = 0.234 M, and [SO2] = [Cl2] = 0.136 M. Additional SO2 is added so that [SO2]new = 0.216 M and the system is allowed to once again reach equilibrium. SO2Cl2(g) SO2(g) + Cl2(g) K = 7.84×10-2 at 373 K (a) In which direction will the reaction proceed to reach equilibrium? (b) What are the new concentrations of reactants and products after the system reaches equilibrium? [SO2Cl2] = M [SO2] = M [Cl2] = M

c++ Programming

For this assignment you will be building on your Fraction class. However, the changes will be significant, so I would recommend starting from scratch and using your previous version as a resource when appropriate. You'll continue working on your Fraction class for one more week, next week. For this week you are not required to provide documentation and not required to simplify Fractions.

Please keep all of your code in one file for this week. We will separate things into three files for the next assignment. Your class will go first, then your class member function definitions, then main().

Here are the client program and correct output.

Your class should support the following operations on Fraction objects:

• Construction of a Fraction from two, one, or zero integer arguments. If two arguments, they are assumed to be the numerator and denominator, just one is assumed to be a whole number, and zero arguments creates a zero Fraction. Use default parameters so that you only need a single function to implement all three of these constructors.

  You should check to make sure that the denominator is not set to 0. The easiest way to do this is to use an assert statement: assert(inDenominator != 0); You can put this statement at the top of your constructor. Note that the variable in the assert() is the incoming parameter, not the data member. In order to use assert(), you must #include <cassert>

  For this assignment, you may assume that all Fractions are positive. We'll fix that next week.

• Printing a Fraction to a stream with an overloaded << operator. Next week we will get fancy with this, but for now just print the numerator, a forward-slash, and the denominator. No need to change improper Fractions to mixed numbers, and no need to reduce.

• All six of the relational operators (<, <=, >, >=, ==, !=) should be supported. They should be able to compare Fractions to other Fractions as well as Fractions to integers. Either Fractions or integers can appear on either side of the binary comparison operator. You should only use one function for each operator.

• The four basic arithmetic operations (+, -, *, /) should be supported. Again, they should allow Fractions to be combined with other Fractions, as well as with integers. Either Fractions or integers can appear on either side of the binary operator. Only use one function for each operator.

  Note that no special handling is needed to handle the case of dividing by a Fraction that is equal to 0. If the client attempts to do this, they will get a runtime error, which is the same behavior they would expect if they tried to divide by an int or double that was equal to 0.

• The shorthand arithmetic assignment operators (+=, -=, *=, /=) should also be implemented. Fractions can appear on the left-hand side, and Fractions or integers on the right-hand side. Only use one function for each operator.

• The increment and decrement (++, --) operators should be supported in both prefix and postfix form for Fractions. To increment or decrement a Fraction means to add or subtract (respectively) one (1).

Additional Requirements and Hints:

• You will not be graded on documentation on this assignment. You'll be working on the documentation next week.
• The name of your class must be "Fraction". No variations will work.
• Use exactly two data members.
• You should not compare two Fractions by dividing the numerator by the denominator. This is not guaranteed to give you the correct result every time, because of the way that double values are stored internally by the computer. I would cross multiply and compare the products.
• Don't go to a lot of trouble to find the common denominator (when adding or subtracting). Simply multiply the denominators together.
• The last two bullets bring up an interesting issue: if your denominators are really big, multiplying them together (or cross multiplying) may give you a number that is too big to store in an int variable. This is called overflow. The rule for this assignment is: don't worry about overflow in these two situations.
• My solution has 20 member functions (including friend functions). All of them are less than 4 lines long. I'm not saying yours has to be like this, but it shouldn't be way off.
• Do not use as a resource a supplementary text or website if it includes a Fraction class (or rational or ratio or whatever).

Getting Started

Here are some suggestions for those of you who have trouble just figuring out where to start with assignment 1. Remember to use iterative development. That means start with the smallest, simplest subset of the final product that you can, make sure it works, and then start adding things to it one at a time (preferably the simple things first, if possible).

Start with just a default constructor and a stream insertion operator. For now, don't even worry about mixed numbers, just write the stream insertion operator so that it works with proper fractions. Test this out with a client program something like this:

int main(){
        Fraction f1;

        cout << f1;
}

(You should get output of "0/1" because you should have initialized the fraction to 0/1 in your constructor.)