In this assignment, you will select a program, quality improvement initiative, or other project from your place of employment. Assume you are presenting this program to the board for approval of funding. Write an executive summary (850-1,000 words) to present to the board, from which they will make their decision to fund your program or project. The summary should include:
The purpose of the program or project.
The target population or audience.
The benefits of the program or project
The cost or budget justification.
The basis upon which the program or project will be evaluated.
Share your written proposal with your manager, supervisor or other colleague in a formal leadership position within a health care organization. Request their feedback using the following questions as prompts:
Do you believe the proposal would be approved if formally proposed?
What are some strengths and weaknesses of the proposal?
Submit the written proposal along with the “Executive Summary Feedback Form.”
Prepare this assignment according to the APA guidelines found in the APA Style Guide, located in the Student Success Center. An abstract is not required.

1. For three given electric charges (see the diagram below), calculate the total electric potential in points A and B using the superposition princi- ple. Give the answer in terms of Q and R, for ke = 1 a.u. (arbitrary unit system).
First, define the reference frame (x-axis with origin). Then write the equation for the electric potential V (x) in chosen reference frame. Finally, calculate the electric potential in points A and B.
2. For three given electric charges (see the diagram below), determine the direction and calculate the total electric field strength in points A and B using the superposition principle. Give the answer in terms of Q and R, for ke = 1 a.u. (arbitrary unit system).
Using the results of the previous problem, derive the equation for the electric field vector ~E(x). Then calculate the component of the the vector ~E(x) in given points A and B. Your final answer should be the direction and the magnitude of vector ~E(x).
-� -� -� -�
-m m mu uq1 = +4Q q2 = −Q q3 = −QA B R R R R
x
3. Three electric positive charges of equal charge q = 1.6 × 10−19 C are placed in the corners of a square with side R = 5× 10−10 m. One corner is vacant.
(a) Write the expression for the electric potential V (x, y) in any point (x, y) in the plane.
(b) Calculate the potential Vc(x, y) in the vacant corner of the square. Use ke = 9.0× 109 Nm2/C2 for the value of electrostatic constant.
You may have to define your own two-dimensional reference frame with the origin.

Research paper on the physics behind one of your favorite biological application. Should be based on physics 7 concepts (electricity, magnetism, optics, etc.).
The research paper should include the following!
i) Theory (must describe the physical concept used for the application, feel free to use appropriate equations)
ii) Background history of the Applied application (how the theory is being used for the implementation of the application)
iii) Current state of the application, and future developments (if applicable)
iv) must cite all the sources.
It should be four pages long (double space) with citations provided. You can include pictures and graphs but make them small and only if necessary.