To Do

• By Subject
• History
• Nine Terms and a Date for Statebuilding Review (Submit Online)
• November 28
• Video Review 1 (Submit Online)
• November 28
• Video Review 2 (Submit Online)
• November 28
• Group Peer Review (Submit Online)
• Due November 22
• Final Exam
• Due December 2nd 8am
• Mathematics
• Final Exam
• Due December 6th 8am
• Business Writing
• Business Writing Final is Due
• December 1st 11:30am
• Notebook Check is Due
• December 1st 11:30am
• Information Systems
• Final Exam
• December 7th 11:30am
• By Date
• November 22
• History
• Group Peer Review (Submit Online)
• November 28
• History
• Nine Terms and a Date for Statebuilding Review (Submit Online)
• Video Review 1 (Submit Online)
• Video Review 2 (Submit Online)
• December 1st 11:30am
• Business Writing
• Business Writing Final Due
• Notebook Check Due
• December 2nd 8am
• History
• Final Exam
• December 6th 8am
• Mathematics
• Final Exam
• December 7th 11:30am
• Information Systems
• Final Exam

Random Python Programs November 20 2016

Deck Builder Program v1

def program1(deckname,nameofdeck):
  print("----------------------")
  if (len(deckname)) < 40:
    print("*This deck is below the deck minimum.*")
  if (len(deckname)) > 60:
    print("*This deck is past the deck limit.*")
  print(nameofdeck)
  print(deckname)
  print ("Number of cards in deck:",len(deckname))
  action = input("Rename your deck, add a card to your deck, remove a card from your deck,  check if a card is in a deck, or check how many of card is in your deck (rename),(add),(remove),(check):")
  if action == "rename":
    print("----------------------")
    newname = input("What would you like to rename your deck?:")
    (newname) = (deckname)
    deckname = (newname)
    nameofdeck = (newname)
    program1(deckname,nameofdeck)
  if action == "add":
    print("----------------------")
    add = input("What Card Would you like to Add to The Deck?:")
    counter = int(input("How many copies would you like to add to the deck?:"))
    while counter>0:
      deckname.append(add)
      counter -= 1
      program1(deckname,nameofdeck)
  if action == "remove":
    print("----------------------")
    remove = input ("What Card Would you like to Remove From The Deck?:")
    counter = int(input("How many copies would you like to remove from the deck?:"))
    while counter>0:
      deckname.remove(remove)
      counter -= 1
      program1(deckname,nameofdeck)
  if action == "check":
    print("----------------------")
    check = input("What would you like to check: Number of Card in Deck (number) or If a Card is in Deck (if)?:")
    if check == "number":
      print("----------------------")
      number = input("What card would you like to count in the deck?:")
      print(number,"occurs",deckname.count(number),"times in this deck.")
      program1(deckname,nameofdeck)
    if check == "if":
      print("----------------------")
      check = input("What card would you like to check to see if it is in the deck?:")
      if check in deckname:
        print(check, "is in",nameofdeck)
        program1(deckname,nameofdeck)
      else:
        print(check,"is not in",nameofdeck)
        program1(deckname,nameofdeck)
deckname = input("What would you like to name this deck?:")
nameofdeck = (deckname)
(deckname) = []
program1(deckname,nameofdeck)

Deck Builder Program v2

def program1(deckname,nameofdeck):

  print("----------------------")

  if (len(deckname)) < 40:

    print("*This deck is below the deck minimum.*")

  if (len(deckname)) > 60:

    print("*This deck is past the deck limit.*")

  print(nameofdeck)

  print(deckname)

  print ("Number of cards in deck:",len(deckname))

  action = input("Rename your deck, add a card to your deck, remove a card from your deck,  check if a card is in a deck, or check how many of card is in your deck (rename),(add),(remove),(check):")

  if action == "rename":

    print("----------------------")

    newname = input("What would you like to rename your deck?:")

    (newname) = (deckname)

    deckname = (newname)

    nameofdeck = (newname)

    program1(deckname,nameofdeck)

  if action == "add":

    print("----------------------")

    add = input("What Card Would you like to Add to The Deck?:")

    counter = int(input("How many copies would you like to add to the deck?:"))

    if (deckname.count(action)) == 3:

      print("You cannot add more than three copies of a card to your deck.")

      print("Action canceled")

      program1(deckname,nameofdeck)

    if counter > 3:

      print("You cannot add more than three copies of a card to your deck.")

      print("Action canceled")

      program1(deckname,nameofdeck)

    while counter>0:

      deckname.append(add)

      counter -= 1

      program1(deckname,nameofdeck)

  if action == "remove":

    print("----------------------")

    remove = input ("What Card Would you like to Remove From The Deck?:")

    counter = int(input("How many copies would you like to remove from the deck?:"))

    while counter>0:

      deckname.remove(remove)

      counter -= 1

      program1(deckname,nameofdeck)

  if action == "check":

    print("----------------------")

    check = input("What would you like to check: Number of Card in Deck (number) or If a Card is in Deck (if)?:")

    if check == "number":

      print("----------------------")

      number = input("What card would you like to count in the deck?:")

      print(number,"occurs",deckname.count(number),"times in this deck.")

      if (deckname.count(number)) > 3:

        print("There are too many copies of",number,"in the deck.")

      program1(deckname,nameofdeck)

    if check == "if":

      print("----------------------")

      check = input("What card would you like to check to see if it is in the deck?:")

      if check in deckname:

        print(check, "is in",nameofdeck)

        program1(deckname,nameofdeck)

      else:

        print(check,"is not in",nameofdeck)

        program1(deckname,nameofdeck)

deckname = input("What would you like to name this deck?:")

nameofdeck = (deckname)

(deckname) = []

program1(deckname,nameofdeck)

Deck Builder Program v3

def program1(deckname,nameofdeck):

  print("----------------------")

  if (len(deckname)) < 40:

    print("*This deck is below the deck minimum.*")

  if (len(deckname)) > 60:

    print("*This deck is past the deck limit.*")

  print(nameofdeck)

  print(deckname)

  print ("Number of cards in deck:",len(deckname))

  action = input("Rename your deck, add a card to your deck, remove a card from your deck,  check if a card is in a deck, or check how many of card is in your deck (rename),(add),(remove),(check):")

  if action == "rename":

    print("----------------------")

    newname = input("What would you like to rename your deck?:")

    (newname) = (deckname)

    deckname = (newname)

    nameofdeck = (newname)

    program1(deckname,nameofdeck)

  if action == "add":

    print("----------------------")

    add = input("What Card Would you like to Add to The Deck?:")

    counter = int(input("How many copies would you like to add to the deck?:"))

    if (deckname.count(action)) == 3:

      print("You cannot add more than three copies of a card to your deck.")

      print("Action canceled")

      program1(deckname,nameofdeck)

    if counter > 3:

      print("You cannot add more than three copies of a card to your deck.")

      print("Action canceled")

      program1(deckname,nameofdeck)

    while counter>0:

      deckname.append(add)

      counter -= 1

      program1(deckname,nameofdeck)

  if action == "remove":

    print("----------------------")

    remove = input ("What Card Would you like to Remove From The Deck?:")

    counter = int(input("How many copies would you like to remove from the deck?:"))

    while counter>0:

      deckname.remove(remove)

      counter -= 1

      program1(deckname,nameofdeck)

  if action == "check":

    print("----------------------")

    check = input("What would you like to check: Number of Card in Deck (number) or If a Card is in Deck (if)?:")

    if check == "number":

      print("----------------------")

      number = input("What card would you like to count in the deck?:")

      print(number,"occurs",deckname.count(number),"times in this deck.")

      if (deckname.count(number)) > 3:

        print("There are too many copies of",number,"in the deck.")

      program1(deckname,nameofdeck)

    if check == "if":

      print("----------------------")

      check = input("What card would you like to check to see if it is in the deck?:")

      if check in deckname:

        print(check, "is in",nameofdeck)

        program1(deckname,nameofdeck)

      else:

        print(check,"is not in",nameofdeck)

        program1(deckname,nameofdeck)

deckname = input("What would you like to name this deck?:")

nameofdeck = (deckname)

(deckname) = []

program1(deckname,nameofdeck)

Deck Builder Program v4

Infinite Floyd Triangle (It never stops)

def floyd_triangle(level):
a = level
program2(level,a,1,2,1)
def program2(level,a,start,stop,row):
if a == level:
for counter in range(start,stop,1):
print(counter,end=" ")
print("")
a += 1
row += 1
program2(level,a,start,stop,row)
elif a>0:
start = stop
stop = stop+row
for counter in range(start,stop,1):
print(counter,end=" ")
print("")
a += 1
row += 1
program2(level,a,start,stop,row)
else:
print("[Complete]")
floyd_triangle(3)
print("-------------------------")
floyd_triangle(5)

November 13-18 2016 Agenda

• November 13: Sunday
• November 14: Monday
• History
• Read pg.315-321 and the Hassig Paper
• Programming
• November 15: Tuesday
• Math
• 13.2 assignment
• Business Writing
• Give Comic Speech
• November 16: Wednesday
• History
• Video Project
• Read pp. 435
  Ming State and Commercial Revolution & Chinese Exams (RPQ)
• Programming
• November 17: Thursday
• Math
• Test
• Business Writing
• November 18: Friday
• Programming

Programming: Relevant Class Announcements

Prime Numbers Announcement

# What are prime numbers?
# http://www.programiz.com/python-programming/examples/prime-number

def isPrime(num):
    if isinstance(num, float) or isinstance(num, int):
        if isinstance(num,bool) or int(num) != num:
            print("Illegal input")
        elif num > 1:
        # check for factors
            num = int(num)
            for i in range(2,num):
                if (num % i) == 0:
                    print(num,"is not a prime number")
                    print(i,"times",num//i,"is",num)
                    break
            else:
                print(num,"is a prime number")
# if input number is less than
# or equal to 1, it is not prime
        else:
            print(num,"is not a prime number")
    else:
        print("Illegal input")

isPrime([3,4])
isPrime(True)
isPrime(3.0)
isPrime(-4.3)
isPrime("a")
isPrime(5.6)
isPrime(407)
isPrime(17)

Multiplication Table Announcement

def multi_table(a,b):
    if a > b:
        small = b
        large = a
    else:
        small = a
        large = b
    print("{:<6 br="" end="" format="">    for head in range(small,large+1,1):
        print("{:<6 br="" end="" format="" head="">    print("")
    for row in range(small,large+1,1):
        print("{:<6 br="" end="" format="" row="">        for col in range(small,large+1,1):
            print("{:<6 br="" col="" end="" format="" row="">        print("")

multi_table(11,17)
print("------------------")
multi_table(17,11)

Exam 3

Exam 3 will be held on Nov 7 and 9. On Monday (11/7), you will see one question and on Wednesday (11/9) you will see another question. Exam 3 covers everything up to and including Chapter 7. It is open book and open notes, but it is closed on any living thing.

Programming Exam#3 Tips

• Day One: November 7th
• Read all the announcements on Canvas
• Especially the Python Code
• Day Two: November 9th
• Hint #1
• We have done this before.
• It uses the pmt function and nested loops.
• Day Three: November 11th
• Cancelled 
• Things to Review Before the Exams
• The announcements on Canvas
• PMT functions in Python
• How to do Nested Loops

Schedule: November 4th to November 15th

Subject by Subject Schedule

• History
• Read pg.426-431,437-446
• Due November 7th
• Crashcourse Assignment
• Due November 9th
• Read pg. 458-467
• Due November 9th
• Read pg.315-321 and the Hassig Paper
• Due November 14th
• Programming
• Mathematics
• 13.1 Assignment
• Due November 8th
• 13.2 Assignment
• Due November 15th
• Business Writing
• Write and Submit a Proposal
• Due November 10th
• Design and Submit a Logo
• Due November 10th

Earliest Due Date to Latest Due Date

• November 7th
• Read pg.426-431,437-446
• November 8th
• 13.1 Assignment
• November 9th
• Crashcourse Assignment
• Read pg.456-467
• November 10th
• Write and Submit a Proposal
• Design and Submit a Logo
• November 14th
• Read pg.315-321 and the Hassig Paper
• November 15th
• 13.2 Assignment

Day by Day Schedule

• Friday: November 4th
• Read pg.426-431,437-446
• Work on 13.1 Assignment
• Work on CrashCourse Assignment
• Work on Proposal Assignment
• Read pg.315-321 and the Hassig Paper
• Work on 13.2 Assignment
• Saturday: November 5th
• Read pg.426-431,437-446
• Work on 13.1 Assignment
• Work on CrashCourse Assignment
• Work on Proposal Assignment
• Read pg.315-321 and the Hassig Paper
• Work on 13.2 Assignment
• Sunday: November 6th
• Read pg.426-431,437-446
• Work on 13.1 Assignment
• Work on CrashCourse Assignment
• Work on Proposal Assignment
• Read pg.315-321 and the Hassig Paper
• Work on 13.2 Assignment
• Monday: November 7th
• Due: Read pg.426-431,437-446
• Work on 13.1 Assignment
• Work on CrashCourse Assignment
• Work on Proposal Assignment
• Read pg.315-321 and the Hassig Paper
• Work on 13.2 Assignment
• Tuesday: November 8th
• 13.1 Assignment is Due
• Work on CrashCourse Assignment
• Read Pg.456-467
• Work on Logo Assignment
• Work on Proposal Assignment
• Read pg.315-321 and the Hassig Paper
• Work on 13.2 Assignment
• Wednesday: November 9th
• Crashcourse Assignment is Due
• Reading is Due
• Work on Logo Assignment
• Work on Proposal Assignment
• Read pg.315-321 and the Hassig Paper
• Work on 13.2 Assignment
• Thursday: November 10th
• Proposal Assignment is Due
• Logo Assignment is Due
• Read pg.315-321 and the Hassig Paper
• Work on 13.2 Assignment
• Friday: November 11th
• Read pg.315-321 and the Hassig Paper
• Work on 13.2 Assignment
• Saturday: November 12th
• Read pg.315-321 and the Hassig Paper
• Work on 13.2 Assignment
• Sunday: November 13th
• Read pg.315-321 and the Hassig Paper
• Work on 13.2 Assignment
• Monday: November 14th
• Due: Read pg.315-321 and the Hassig Paper
• Work on 13.2 Assignment
• Tuesday: November 15th
• 13.2 Assignment is Due

Proposal Notes

• Proposal Basics
• What Questions Does A Proposal Answer?
• What do we have a need for?
• How should we respond to this need?
• What resources do we need, in order to respond to this need?
• Solicited Proposal
• When you submit a proposal to a company, after the company asks for said proposal.
• Unsolicited Proposal
• When you submit a proposal to a company, when the company does not ask for said proposal.
• Internal Proposal
• When you submit a proposal to the company of which you are apart of.
• External Proposal 
• When you submit a proposal to a company of which you are not a member of.

Random Python Programs: November 2 2016

Flashcard Prototype 1

counter = 0

while counter>=0:

print("----------------------------")

title = input("What is the Title of This flashcard?:")

contents = input("What are the Contents of this flashcard?:")

counter += 1

print("----------------------------")

print("Flashcard",counter)

print("Title:",title)

print("Contents:",contents)

Flashcard Prototype 2

title = input("What would you like to name these notes?:")

title = title +".txt"

file = open(title, "w")

counter = 0

while counter>=0:

title = input("What is the Title of This flashcard?:")

contents = input("What are the Contents of this flashcard?:")

counter += 1

print("----------------------------")

print("Flashcard",counter)

print("Title:",title)

print("Contents:",contents)

print("----------------------------")

a = "Flashcard" + " "+str(counter)

b = "Title:"+" "+title

c ="Contents:"+" "+contents

file.write("----------------------------")

file.write(a)

file.write(b)

file.write(c)

file.write("----------------------------")

Python Multiplication Table: Provided by Teacher

def multi_table(a,b):
    if a > b:
        small = b
        large = a
    else:
        small = a
        large = b
    print("{:<6 br="" end="" format="">    for head in range(small,large+1,1):
        print("{:<6 br="" end="" format="" head="">    print("")
    for row in range(small,large+1,1):
        print("{:<6 br="" end="" format="" row="">        for col in range(small,large+1,1):
            print("{:<6 br="" col="" end="" format="" row="">        print("")

multi_table(11,17)
print("------------------")
multi_table(17,11)

November 1st to November 4th: To-Do List: Agenda

• History
• Read:  393-396, 404-405, 414-420 Due 11/2/16
• Programming
• Math
• 13.1 Assignment due 11/8/16
• Business Writing
• Write and Submit a Business Plan Due 11/4/16

• November 1: Tuesday
• Write and Submit a Business Plan
• Read:  393-396, 404-405, 414-420
• 13.1 Assignment
• November 2: Wednesday
• Write and Submit a Business Plan
• History Reading is Due
• 13.1 Assignment
• November 3: Thursday
• Business Plan is Due
• 13.1 Assignment
• November 4: Friday
• 13.1 Assignment

Random Python Programs: November 1 2016

Simple Power Rule Antiderivative Calculator 1

def program1():

print("This program takes the antiderivative using the following formula.")

print("Formula: Ax^ndx = A(1/n+1)x^(n+1)+C")

print("This Program Cannot Handle n being a fraction")

print("This Program Cannot Handle the Antiderivative of Exponential Functions.")

print("------------------------------------------------------------------------")

n = int(input("Input a value for n?:"))

A = int(input("Input a value for A?:"))

if n == -1:

print("Solution = ",A,"*","ln|x|+C")

program1()

else:

a = n+1

b = 1/a

print("Solution = ",A,"(","1/",a,")","*","x","^","(",a,")","+C")

program1()

program1()

Simple Antiderivative of Exponential Functions Calculator 1

def program2():

print("This program takes the antiderivative of exponential functions using the following formula.")

print("Formula: Ae^xdx = (1/Ae^(Ax))+C")

print("------------------------------------------------------------------------")

A = int(input("Input a value for A?:"))

print("1/",A,"e^","(",A,"*","x",")","+C")

program2()

program2()

AntiDerivative Prototypes 1

def program1():

print("This program takes the antiderivative using the following formula.")

print("Formula: Ax^ndx = A(1/n+1)x^(n+1)+C")

print("This Program Cannot Handle n being a fraction")

print("This Program Cannot Handle the Antiderivative of Exponential Functions.")

print("------------------------------------------------------------------------")

n = int(input("Input a value for n?:"))

A = int(input("Input a value for A?:"))

if n == -1:

print("Solution = ",A,"*","ln|x|+C")

program1()

else:

a = n+1

b = 1/a

print("Solution = ",A,"(","1/",a,")","*","x","^","(",a,")","+C")

program1()

program1()

def program2():

print("This program takes the antiderivative of exponential functions using the following formula.")

print("Formula: Ae^xdx = (1/Ae^(Ax))+C")

print("------------------------------------------------------------------------")

A = int(input("Input a value for A?:"))

print("1/",A,"e^","(",A,"*","x",")","+C")

program2()

program2()

AntiDerivative Prototypes 2

def program1():

print("This program takes the antiderivative using the following formula.")

print("Formula: Ax^ndx = A(1/n+1)x^(n+1)+C")

print("This Program Cannot Handle the Antiderivative of Exponential Functions.")

print("------------------------------------------------------------------------")

nnumerator = int(input("Input a value for the numerator of n?:"))

ndenominator = int(input("Input a value for the denominator of n?:"))

n = nnumerator/ndenominator

A = int(input("Input a value for A?:"))

if n == -1:

print("Solution = ",A,"*","ln|x|+C")

program1()

else:

a = n+1

b = 1/a

print("Solution = ",A,"(","1/",a,")","*","x","^","(",a,")","+C")

program1()

program1()

def program2():

print("This program takes the antiderivative of exponential functions using the following formula.")

print("Formula: Ae^xdx = (1/Ae^(Ax))+C")

print("------------------------------------------------------------------------")

A = int(input("Input a value for A?:"))

print("1/",A,"e^","(",A,"*","x",")","+C")

program2()

program2()

AntiDerivative Prototypes 3

def program1():

print("This program takes the antiderivative using the following formula.")

print("Formula: Ax^ndx = A(1/n+1)x^(n+1)+C")

print("This Program Cannot Handle the Antiderivative of Exponential Functions.")

print("------------------------------------------------------------------------")

nnumerator = int(input("Input a value for the numerator of n?:"))

ndenominator = int(input("Input a value for the denominator of n?:"))

n = nnumerator/ndenominator

A = int(input("Input a value for A?:"))

if n == -1:

print("Solution = ",A,"*","ln|x|+C")

program3()

else:

a = n+1

b = 1/a

print("Solution = ",A,"(","1/",a,")","*","x","^","(",a,")","+C")

program3()

def program2():

print("This program takes the antiderivative of exponential functions using the following formula.")

print("Formula: Ae^xdx = (1/Ae^(Ax))+C")

print("------------------------------------------------------------------------")

A = int(input("Input a value for A?:"))

print("1/",A,"e^","(",A,"*","x",")","+C")

program3()

def program3():

print("This program is designed for solving antiderivates.")

action = input("Do you need to solve an antiderivative using the Power Rule (p) or are you finding the antiderivative of exponential functions (e) Please choose (p or e):")

if action == "p":

program1()

if action == "e":

program2()

program3()

AntiDerivative Prototypes 4

def program1():

print("This program takes the antiderivative using the following formula.")

print("Formula: Ax^ndx = A(1/n+1)x^(n+1)+C")

print("This Program Cannot Handle the Antiderivative of Exponential Functions.")

print("------------------------------------------------------------------------")

nnumerator = int(input("Input a value for the numerator of n?:"))

ndenominator = int(input("Input a value for the denominator of n?:"))

n = nnumerator/ndenominator

A = int(input("Input a value for A?:"))

if n == -1:

print("Solution = ",A,"*","ln|x|+C")

program3()

else:

a = n+1

b = 1/a

print("Solution = ",A,"(","1/",a,")","*","x","^","(",a,")","+C")

program3()

def program2():

print("This program takes the antiderivative of exponential functions using the following formula.")

print("Formula: Ae^kxdx = (A(1/k)e^(kx))+C")

print("------------------------------------------------------------------------")

A = int(input("Input a value for A?:"))

k = int(input("Input a value for k?:"))

print("1/",A,"e^","(",A,"*",k,"x",")","+C")

program3()

def program3():

print("This program is designed for solving antiderivates.")

action = input("Do you need to solve an antiderivative using the Power Rule (p) or are you finding the antiderivative of exponential functions (e) Please choose (p or e):")

if action == "p":

program1()

if action == "e":

program2()

program3()

AntiDerivative Prototypes 5

def program1():

print("This program takes the antiderivative using the following formula.")

print("Formula: Ax^ndx = A(1/n+1)x^(n+1)+C")

print("This Program Cannot Handle the Antiderivative of Exponential Functions.")

print("------------------------------------------------------------------------")

nnumerator = int(input("Input a value for the numerator of n?:"))

ndenominator = int(input("Input a value for the denominator of n?:"))

n = nnumerator/ndenominator

A = int(input("Input a value for A?:"))

if n == -1:

print("Solution = ",A,"*","ln|x|+C")

program3()

else:

a = n+1

b = 1/a

print("Solution = ",A,"(","1/",a,")","*","x","^","(",a,")","+C")

program3()

def program2():

print("This program takes the antiderivative of exponential functions using the following formula.")

print("Formula: Ae^kxdx = (A(1/k)e^(kx))+C")

print("------------------------------------------------------------------------")

A = int(input("Input a value for A?:"))

k = int(input("Input a value for k?:"))

print(A,"(","1/",k,")","e^","(",k,"x",")","+C")

program3()

def program3():

print("This program is designed for solving antiderivates.")

action = input("Do you need to solve an antiderivative using the Power Rule (p) or are you finding the antiderivative of exponential functions (e) Please choose (p or e):")

if action == "p":

program1()

if action == "e":

program2()

program3()

AntiDerivative Prototypes 6

def program1():

print("This program takes the antiderivative using the following formula.")

print("Formula: Ax^ndx = A(1/n+1)x^(n+1)+C")

print("This Program Cannot Handle the Antiderivative of Exponential Functions.")

print("------------------------------------------------------------------------")

nnumerator = int(input("Input a value for the numerator of n?:"))

ndenominator = int(input("Input a value for the denominator of n?:"))

n = nnumerator/ndenominator

A = int(input("Input a value for A?:"))

if n == -1:

print("Solution = ",A,"*","ln|x|+C")

program3()

else:

a = n+1

b = 1/a

print("Solution = ",A,"(","1/",a,")","*","x","^","(",a,")","+C")

program3()

def program2():

print("This program takes the antiderivative of exponential functions using the following formula.")

print("Formula: Ae^kxdx = (A(1/k)e^(kx))+C")

print("------------------------------------------------------------------------")

A = str(input("Input a value for A?:"))

k = str(input("Input a value for k?:"))

print(A,"(","1/",k,")","e^","(",k,"x",")","+C")

program3()

def program3():

print("This program is designed for solving antiderivates.")

action = input("Do you need to solve an antiderivative using the Power Rule (p) or are you finding the antiderivative of exponential functions (e) Please choose (p or e):")

if action == "p":

program1()

if action == "e":

program2()

program3()

AntiDerivative Prototypes 7

def program1():

print("This program takes the antiderivative using the following formula.")

print("Formula: Ax^ndx = A(1/n+1)x^(n+1)+C")

print("This Program Cannot Handle the Antiderivative of Exponential Functions.")

print("------------------------------------------------------------------------")

nnumerator = int(input("Input a value for the numerator of n?:"))

ndenominator = int(input("Input a value for the denominator of n?:"))

n = nnumerator/ndenominator

A = str(input("Input a value for A?:"))

if n == -1:

print("Solution = ",A,"*","ln|x|+C")

program3()

else:

a = n+1

b = 1/a

print("Solution = ",A,"(","1/",a,")","*","x","^","(",a,")","+C")

program3()

def program2():

print("This program takes the antiderivative of exponential functions using the following formula.")

print("Formula: Ae^kxdx = (A(1/k)e^(kx))+C")

print("------------------------------------------------------------------------")

A = str(input("Input a value for A?:"))

k = str(input("Input a value for k?:"))

print(A,"(","1/",k,")","e^","(",k,"x",")","+C")

program3()

def program3():

print("This program is designed for solving antiderivates.")

action = input("Do you need to solve an antiderivative using the Power Rule (p) or are you finding the antiderivative of exponential functions (e) Please choose (p or e):")

if action == "p":

program1()

if action == "e":

program2()

program3()

AntiDerivative Prototypes 8