1. NO2- + SnO32- ---> SnO22- + NO3-

In the above redox reaction, use oxidation numbers to identify the element oxidized, the element reduced, the oxidizing agent and the reducing agent.

name of the element oxidized:

name of the element reduced:

formula of the oxidizing agent:

formula of the reducing agent:

2. Si + 2N2H4+ H2O+ 2OH- ---> 4NH3 + SiO32-

In the above redox reaction, use oxidation numbers to identify the element oxidized, the element reduced, the oxidizing agent and the reducing agent.

name of the element oxidized:

name of the element reduced:

formula of the oxidizing agent:

formula of the reducing agent:

1. Use the get() method to print the value of the "name" key and the value of the "age" key of the stuInfo dictionary.
Use the variable given below:
stuInfo = {'name': 'John Smith', "gpa": 3.456, "age": 20}

2. Use the dict() function to make a copy of the NY dictionary to NewYorkState dictionary.

3. Change the "name" value from "John Smith" to "James Bond" of the stuInfo dictionary.
Use the variable given below:
stuInfo = {'name': 'John Smith', "gpa": 3.456, "age": 20}

need help with Python. Please help ASAP. Please please please.

The below sample data represents the cost of 9 name-brand drugs and their corresponding generic equivalent. (Use Name Brand as Sample1) Name Brand 120 150 135 140 160 165 140 120 165 Generic Brand 99 135 130 119 139 150 129 119 160 a)

Compute a two-sided 90% confidence Interval estimate for µd. (5 points) b) Based on your interval, can you safely conclude that generics are less expensive than name brand? Why or why not? (5 points)

Database Management Systems for Business

5. Name the data model that is only used to document a database design.

6.         State the most important characteristics regarding the output of any relational algebra operation.

7. Name the software system that permits the data in a distributed database to be transparent to users.

8. Use two words to distinguish a file based systems and a database.

9.        Name the level to represent an organization view in the three-level ANSI-SPARK architecture.

10.       Name the terminology of storing subject-oriented, integrated, time variant and nonvolatile data for generating useful decision making report.

In a Package called characterArray, ********JAVA CODE**********
1) Create a char array containing your full name and print it out.
2) Create an uninitialized char array and copy into it
     the char array containing your full name and print it out.
3) Create a Character array and copy into it the char array containing
     your full name and print it out.
4) Into the Character array, use toUpperCase() to copy the char array containing
    your full name and print it out.
5) Convert the Characters in place using toLowerCase() and charValue()
     to lowercase Characters.

PYTHON LANGUAGE

Write the data in variable artist_songs into a csv file, 'songs.txt', where the first column is singer name and second column is a song name. Each line should have a singer and a song name. Use "Name" and "Song" as headers. Do not include double quotation marks (") in your CSV but you should include apostrophes where necessary (for example, for the song "We Don't Talk Anymore").

In [110]:

artist_songs = {

    'Taylor Swift': ['Love Story', 'You need to Calm Down'],

    'Charlie Puth': ['Attention', "We Don't Talk Anymore", 'Change']

}

QUESTION 4

1. Which of the two choices below are the reasons why the relation below is not BCNF.

   in_dep (ID, name, salary, dept_name, building, budget )

   with a functional dependency dept_name --> building, budget

   		dept_name is not a superkey
   		dept_name --> building, budget is not a trivial dependency
   		id --> name, salary, dept_name is also a functional dependency
   		It is not 3NF

QUESTION 5

1. in_dep (ID, name, salary, dept_name, building, budget )

   Choose the following decompositions of in_dep into BCNF when

   dept_name->building, budget  causes a violation of BCNF.

   		id, name, salary, dept_name
   		id, name, salary
   		dept_name, building, budget
   		salary, dept_name, budget

QUESTION 6

1. List the advantages of 3NF over BCNF

   		Can always preserve functional dependencies
   		Ensures no losslessness
   		It's a subset of BCNF
   		It's stricter

Use Turtle graphics to draw your first name or your nickname if over 6 letters.          

Just initials of your first & last name is OK if you add another feature such as color.

My initials are J.S but I don't know how to color them.

Here is my code:

 Python program to print nick name if a name is greater than 6 character
  or initials if the color if given
"""

import turtle as T


fName, lName = input('Enter name: ').split()
color = input('Enter Color: ')

T.fillcolor(color)

if color is '':
  if len(fName)+len(lName) > 6:
    T.write(fName, font=("Arial",32,"normal"))
  else:
    T.write(fName + " " + lName,font=("Arial",32,"normal"))
else:
  T.write(fName[0] + " " + lName[0], font=("Arial",32,"normal"))

Java Code. imagine you're working for a fast-food restaurant. get details returns name of the burger and getPrice return the price of the meal.

Using Decorator pattern make class BurgerToppings:

-Each topping is an extra $1 and the name provided in the constructor

-getTotalPrice: returns total price of burger + toppings

-getDetails: returns the burger name + name of topping with the word (extra)

Code:

public interface Burger{
    double C();
    String getDetails();
}

public class BigMac implements Burger{
    private String order;
    private double price ;

    public BigMac() {
        this.order= "Big Mac";
        this.price = 4.00;
    }

    @Override
    public double getPrice() {
        return price;
    }

    @Override
    public String getorder() {
        return name;
    }
}

Output expected:

Ordering BigMac + extra pickles+ extra cheese
Total price = 6.0

Imagine you're working for a fast-food restaurant. get details returns name of the burger and getPrice return the price of the meal. Java

Using Decorator pattern make class BurgerToppings:

-Each topping is an extra $1 and the name provided in the constructor

-getTotalPrice: returns total price of burger + toppings

-getDetails: returns the burger name + name of topping with the word (extra)

Output expected:

Ordering BigMac + extra pickles+ extra cheese
Total price = 6.0

public interface Burger{
    double C();
    String getDetails();
}

public class BigMac implements Burger{
    private String order;
    private double price ;

    public BigMac() {
        this.order= "Big Mac";
        this.price = 4.00;
    }

    @Override
    public double getPrice() {
        return price;
    }

    @Override
    public String getorder() {
        return name;
    }
}