Kindly Match the Web page authoring term in the left-column with the appropriate definition in the right column.

You’ve been asked to provide training on conflict management in the workplace. You will create a presentation to give people at your workplace techniques for dealing with conflict.

To prepare for this assignment:

• Consider a time you were witness to, or involved in, a conflict at work. Imagine your supervisor has asked you to help the team, and the firm, by creating a PowerPoint presentation about conflict management in the workplace.
• Research company guidelines (your own workplace and/or others) and conflict management techniques.

Create a PowerPoint presentation of 8-10 slides:

• Include a title slide
• Include 1-2 slides in which you briefly detail the conflict you were witness to or involved in, parties/departments involved, and resolution.
• Provide slides describing specific techniques for positive and proactive conflict management.
• On the remaining slides, relevant identify employee policy, procedure, and protocol for attention to conflict in the workplace.
• Also consider including a list of what NOT to do.

Be sure to properly cite any sources used with in-text citations (author last name, year) and a final references slide in APA format.

For C++

Download the attached program template.

The programs calculates the amount of profit or loss from a stock transaction. Using the values initialized by the program, calculate and print out the following results:

"Total paid for stock"
"Purchase commission "
"Total received for stock"
"Sales commission"
"Amount of profit or loss"

Use the following formulas:

Total_paid = (total purchase price) + purchase_commission;

Total_received = (total sales price) - sales_commission;

profit = Total_received - Total_paid

/*
 * COSC 1337 Programming Fundamentals II
 * Programming Assignment 1
 * 
 */ 

/* 
 * File:   main.cpp
 * Author: <student name>
 *
 * Created on August 7, 2019, 9:50 PM
 */

#include <iostream>
#include <iomanip>
using namespace std;

int main()
{
        const int NUM_SHARES = 100;            // Number of shares of stock
        const double BUY_PRICE = 45.50,        // Price per share when bought
                     SELL_PRICE = 47.92,       // Price per share when sold
                     COMMISSION_PCT = .02;     // % of buy or sell total paid to broker


        // Perform calculations for the purchase;

        // Perform calculations for the sale

        // Display results
        cout << fixed << setprecision(2);

        return 0;
}

Applying the Scientific Method to an Experimental Study---

Your friend claims that sunlight affects the temperature of water

^^ I need to develop an experiment to test this claim

What is the Null and alternative hypothesis ???

1. Identify the Independent variable for your experiment.

2. Identify the Dependent variable for your experiment.

3. List at least 3 variables that you would hold constant in your experiment.

4. Now design the experiment: Identify and use at least five of the following lab equipment pieces to design your experiment. Provide a brief description of the experiment. Include a description of the Control Treatment and the Experimental Treatment

DNA experiment

What was Fredrick Griffith’s experiment and how was it relevant?

Diagram the experiment in detail.

Let X ∈ L(U, V ) and Y ∈ L(V, W). You may assume that V is finite-dimensional.

1)Prove that dim(range Y) ≤ min(dim V, dim W). Explain the corresponding result for matrices in terms of rank

2) If dim(range Y) = dim V, what can you conclude of Y? Give some explanation

3) If dim(range Y) = dim W, what can you conclude of Y? Give some explanation

Consider this code: "int v = 20; --v; System.out.println(v++);". What value is printed, what value is v left with?

20 is printed, v ends up with 19
19 is printed, v ends up with 20
20 is printed, v ends up with 20
19 is printed, v ends up with 19
cannot determine what is printed, v ends up with 20

1. Let V and W be vector spaces over R.

a) Show that if T: V → W and S : V → W are both linear transformations, then the map S + T : V → W given by (S + T)(v) = S(v) + T(v) is also a linear transformation.

b) Show that if R: V → W is a linear transformation and λ ∈ R, then the map λR: V → W is given by (λR)(v) = λ(R(v)) is also a linear transformation.

c) Let E(V) be the set of all linear operators T: V → V. Check that E(V) is a vector space with the addition and scalar multiplication defined above.

d) Suppose dim V = n. What is dim(E(V))? Justify your answer.

2. Protein purification
a) Determine the subunit composition of a protein from the following information:

Molecular Mass by Gel Filtration: 200 kD

Molecular Mass by SDS-PAGE: 100kD
Mass by SDS-PAGE with 2-mercaptoethanol

   40kD and 60 kD

b) In what order would E, H, and V be eluted from a DEAE column at pH 8?

c) You have a mixture of 3 proteins, one is 100 amino acids long, another 350 amino acids long, and the third is 600 amino acids long. Sketch the chromatogram ( a plot of elution time/volume as a function of A280) for a gel filtration chromatography experiment to separate these three proteins. Assume each protein is equally abundant and has a statistically normal number of tryptophans.

d) what would you do to validate the chromatographic observations in c) above?

*Please answer b thru d*

. A student carried out the electrolysis of a copper electrode in an electrolysis cell like the one employed in this experiment. The student weighed the electrode before the electrolysis and found its mass to be 35.251 g. During the electrolysis, a total volume of 96.30 mL of H2 was produced. Following the electrolysis the electrode had a mass of 35.008 g. The temperature in the laboratory was 25.2C and the barometric pressure was 975 mbar. 1 mol of H2 requires the passage of ________ faradays of charge. Loss in mass by anode _________________ g Equivalent mass of metal ___________________ g Molar mass of copper ___________________ g Charge, n, on cation ______________ Barometric pressure (1 atm = 1013.25 mbar) __________ mbar = __________ atm Temperature, T ___________ C = ____________ K Vapor pressure of H2O at T __________ mm Hg = __________ atm Partial Pressure of dry H2 ______________ atm Total volume of H2 produced, V __________ mL = __________ L