During the American Revolution, the revolutionary organization that exchanged information throughout the colonial resistance was

a. Sons of Liberty

b.The Loyalists

C. Committee of Correspondence

d.Articles of Confederation

e.The League of Resistance

During the American Revolution, the Loyalists were supporters of

a.Virginia

b.The colonial resistance

c.Great Britain

d.France

e.South Carolina backcountry farmers

The person most associated with the “Bill for Establishing Religious Freedom,” that was adopted in 1786 after much controversy, was:

a.Thomas Jefferson

b.Adam Smith

c.Benjamin Rush

D. James Otis

E. John Adams

Thoughts on Government (1776) was an influential publication calling for “balanced governments” in the new United States. The Massachusetts author of this important work was

a.Thomas Jefferson

b.Adam Smith

c.Benjamin Rush

d.James Otis

State if the given statements are true or false by writing your answers (T for ``true’’ and F for ``false’’) in the last column of the following table.

Although you are just beginning your doctoral journey, you should begin giving thought to your research topic. As you are continuing to learn, scholarly research and writing are critical skills required for completing the DBA program, including your Doctoral Study. One aspect of scholarly research is developing a systematic way of collecting your articles and using them for current and future work. Creating an annotated bibliography is the method for developing and storing invaluable research information. Your initial steps to create an annotated bibliography provide you with opportunities to collect scholarly, peer-reviewed research material from articles, journals, reports, and seminal books that can help you to lay the foundation for the completion of your Doctoral Study. Mastering the systematic building of your annotated bibliography early will save you time as you progress toward the completion of your Doctoral Study. To prepare for this Assignment, select three peer-reviewed scholarly articles, with each article addressing a topic of your interest for research. For more information and an example of an annotated bibliography, refer to the Walden Writing Center’s annotated bibliography resource in this week’s Learning Resources. By Day 7 Submit an annotated bibliography for the three peer-reviewed resources you selected. In your annotated bibliography, include the following: A full APA-style bibliographic reference for each resource that includes the author, date, title, place of publication, and publisher A summary of the document (2–3 paragraphs for each entry), including the main points, its purpose, the theoretical perspective on which it is based, and the scope For each article, evaluate the following: Reliability (research methods used, theories used, and data on which it is based) Appropriateness for the intended audience Background and authority of the author Limitations of the research (which can depend on the scope, reliability, age of the document, and bias) Significance of the research

Can be on any thing about healthcare

Language: Python

Implement the Book class as demonstrated below. You should not change the Book methods and implementation as provided. The docstrings in the template contain descriptions of each method.

>>> b=Book ( ' Code' , 'Charles Ptzold' 'Computing' , 2001)

>>> b

Book ( ' Code' , 'Charles Ptzold' 'Computing' , 2001)

>>> str (b)

' Code : Charles Ptzold: Computing: 2001 '

>>> b. getTitle ( )

' Code '

>>> b. getAuthor()

' Charles Ptzold'

>>> b. getPublicationYear( )

2001

>>> b*10

[Book( ' Code' , 'Charles Ptzold' 'Computing' , 2001) , Book( ' Code' , 'Charles Ptzold' 'Computing' , 2001) ,Book( ' Code' , 'Charles Ptzold' 'Computing' , 2001) ,Book( ' Code' , 'Charles Ptzold' 'Computing' , 2001) ,Book( ' Code' , 'Charles Ptzold' 'Computing' , 2001) ,Book( ' Code' , 'Charles Ptzold' 'Computing' , 2001) ,Book( ' Code' , 'Charles Ptzold' 'Computing' , 2001) ,Book( ' Code' , 'Charles Ptzold' 'Computing' , 2001) ,Book( ' Code' , 'Charles Ptzold' 'Computing' , 2001) ,Book( ' Code' , 'Charles Ptzold' 'Computing' , 2001)]

>>> b2=Book( ' Code' , 'Charles Ptzold' 'Computing' , 2001)

True

>>> b3=Book( ' Code' , 'Charles Ptzold' 'Computing' , 2003)

False

__________________________________________________________________________

import random

class Book(object):

    def __init__(self,title='',author='', genre='', yearOfPublication=0):

        'constructor.'

        pass

    def getTitle(self):

        'get book title'

        pass

    def getAuthor(self):

        'get book author'

        pass

    def getGenre(self):

        'get book genre'

        pass

    def getPublicationYear(self):

        'get publication year'

        pass

    def __mul__(self,count):

        'makes copies of the book and returns a list of all the copies'

        pass

    def __eq__(self,other):

        'Compares two books. returns True if all properites of a book are the same, False otherwise'

        pass

    def __str__(self):

        'string representation of Book'

        pass

    def __repr__(self):

        'python representation of Book'

        pass

Please Use JavaScript and P5

1) Greeter

Create an page with an input, and a button. When the button is clicked, output the phrase "Hello {Name}" to the developer console, with {Name} being the value the user put into the input field.

Use a function that takes the name as an argument, and returns the full phrase as its output.

JAVA

StudentId: Consist of the first two characters of the student's first name, student's birth year, and the last two characters of the last name. For instance, if the student full name is John Doe and birthyear is 1995, then the id will be Jo1995oe. Birthday is using GregorianCalendar.

String firstname

String lastname

GregorianCalendar birthday

Metlock Company owns a trade name that was purchased in an acquisition of McClellan Company. The trade name has a book value of $3,500,000, but according to GAAP, it is assessed for impairment on an annual basis. To perform this impairment test, Metlock must estimate the fair value of the trade name. It has developed the following cash flow estimates related to the trade name based on internal information. Each cash flow estimate reflects Metlock’s estimate of annual cash flows over the next 9 years. The trade name is assumed to have no salvage value after the 9 years. (Assume the cash flows occur at the end of each year.)

(a) What is the estimated fair value of the trade name? Metlock determines that the appropriate discount rate for this estimation is 9%. (Round factor values to 5 decimal places and final answer to 0 decimal places)

PHP/SQL Lab 1 Consider the banking example we used in the SQL in-class exercises:

branch (branch-name, branch-city, assets)

customer (customer-name, customer-street, customer-city)

account (account-number, branch-name, balance)

loan (loan-number, branch-name, amount)

depositor (customer-name, account-number)

borrower (customer-name, loan-number)

Write PHP code for the following problems:

1. Create a php file to display the names and cities of customers who have an account at Downtown branch from the web.

2. Create the corresponding html and php files so that a user can insert the following customer into the database from a web browser. After the insertion, display all the customers from the web. “Jane Doe”, “401 Rosemont Ave”, “Frederick” Submission:

Submit a softcopy of the html and php files and a document containing screenshots of web outputs with URL included for both problems

Hi, I am getting illegal start of expression on this. Any ideas where the problem may be: public static void main(String args []){ private String name; private double area; private int population; public Country(String name, double area, int population){ this.name = name; this.area = area; this.population = population; } public double getPopulationDensity() { return population / area; } public String getName() { return name; } public void setName(String name) { this.name = name; } public double getArea() { return area; } public void setArea(double area) { this.area = area; } public int getPopulation() { return population; } public void setPopulation(int population) { this.population = population; } } class CountryTest { public static void main(String[] args) { Country country = new Country("United States of America", 3797000, 327000000); System.out.println("Population density of " + country.getName() + " is " + country.getPopulationDensity() + " per square mile"); } }