PYTHON MINI PROJECTS

from numpy import sin , cos import numpy as np import matplotlib.pyplot as plt import scipy.integrate as integrate import matplotlib.animation as animation G = 9.8 # acceleration due to gravity, in m/s^2 L1 = 1.0 # length of pendulum 1 in m L2 = 1.0 # length of pendulum 2 in m M1 = 1.0 # mass of pendulum 1 in kg M2 = 1.0 # mass of pendulum 2 in kg def derivs ( state , t ): dydx = np . zeros_like ( state ) dydx [ 0 ] = state [ 1 ] del_ = state [ 2 ] - state [ 0 ] den1 = ( M1 + M2 ) * L1 - M2 * L1 * cos ( del_ ) * cos ( del_ ) dydx [ 1 ] = ( M2 * L1 * state [ 1 ] * state [ 1 ] * sin ( del_ ) * cos ( del_ ) + M2 * G * sin ( state [ 2 ]) * cos ( del_ ) + M2 * L2 * state [ 3 ] * state [ 3 ] * sin ( del_ ) - ( M1 + M2 ) * G * sin ( state [ 0 ])) / den1 dydx [ 2 ] = state [ 3 ] den2 = ( L2 / L1 ) * den1 dydx [ 3 ] = ( - M2 ...

Sum=0 For n in range(1,8):          sum+=n print("sum of natural numbers<=",n,'is',sum) Output Sum of natural numbers <= 7 is 28

num=5 For a in range (1,11):   Print(num,'x'a,'=',num*a) Output 5×1=5 5×2=10 5×3=15 5×4=20 5×5=25 5×6=30 5×7=35 5×8=40 5×9=45 5×10=50

import math print ("For quadnatic equation, ax**2+ bx+ c.6, enter coefficlents below")  a=int( input ( "Enter a :") ) b°=int( input ( "Enter b ;"))  c= int( input ("Enter c :"))  1f a==0:      print (value of", a, ' should not be zero')          print ("n Aborting !!!111")  else:       delta=b*b-4a*c  if delta>0:           root1=(-b+math.sart (delta)) / (2*a)           root2 =(-b-math. sqrt (delta))/ (2*a)         print ("Roots are REAL and UNEQUAL")       print ("Root1=", root1, ", Root2=", root2)  elif delta==0:        root1=-b/ (2*a);        print ("Roots are REAL and EQUAL")        print ("Root1 ", root1, ", Root2 a", root1)  else:       print ("Roots are COMPLEX and IMAGINARY") Output  For quadratic equation, ax*2 + bx...

num1=float(input("Enter first number:")) num2=float(input("Enter second number:")) op=input("Enter operator[ + - * / % ]:") result=0 If op == '+':         result=num1+num2 else op =='-':        result=num1-num2 else op =='*':        result=num1*num2 else op =='/':        result=num1/num2 else op =='%':        result=num1%num2 else:       print ("Invalid operator!!") print(num1,op,num2,'=',result) Output Enter first number:5 Enter second number:2 Enter operator[ + - * / % ]: * 5.0*2.0=10.0

radius=float(input("Enter radius of the circle:")) print("1.calculate area") print("2.calculate perimeter") Choice=int(input("Enter your choice (1or2):")) if choice == 1:    area=3.14159*radius*radius    print("area of circle with radius", radius,'is',area)     else:          perm=2*3.14159*radius          print ("perimeter of circle with radius", radius,'is',perm) Output Enter radius of circle : 2.5         1.calculate area          2.calculate perimeter Enter your choice(1or 2):1 area of circle with radius 2.5 is 19.6349375

Number 1 : int (input ("Enter first number:")) Number 2 : int (input ("Enter second number:")) remainder = number1%number 2 If remainder == 0 :    Print(number1,"is divisible by", number 2)  else :      Print(number1,"is not divisible by", number 2) Output Enter first number : 119 Enter second number :3 119.0 is not divisible by 3.0 ============================== Enter first number : 119 Enter second number : 17 119.0 is divisible by 17.0

Print ("Enter five numbers below") num1= float (input("First number:")) num2= float (input("Second number:")) num3= float (input("Third number:")) num4= float (input("Fourth number:")) num5= float (input("Fifth number:")) divisor= float (input("Enter divisor number:")) Count=0 print("Multiples of",divisir, "are:") remainder=num1%divisor if remainder ==0:       print(num1,sep=" ")        Count +=1 remainder=num2%divisor if remainder ==0:       print(num2,sep=" ")        Count +=1 remainder=num3%divisor if remainder ==0:       print(num3,sep=" ")        Count +=1 remainder=num4%divisor if remainder ==0:       print(num4,sep=" ")        Count +=1 remainder=num5%divisor if remainder ==0:       print(num5,sep=" ")        Count +=1 Print() Print(Count,"multiples of",divisor,"found") Output Enter five numbers below First ...

#celsius to fahrenheit  Cels= float(input("Enter temp in Celsius:")) Print(" Temperature in Celsius is:",Cels) Fahr=Cels×9/5+32 Print("Temperature in Fahrenheit is:",Fahr)

#to calculate BMI = Kg/m square Weight _in_kg = float (input("Enter weight in kg:")) Height_in_meter = float(input("Enter height in meter :")) Bmi = Weight_in_kg / ( Height_in_meter* Height_in_meter) Print("BMI is:", Bmi) Output Enter weight in kg  : 66 Enter height in meter : 1.6 BMI is : 25.781249999999996

#to input 3 numbers and print their sum. Num1=int(input("enter number1;")) Num2=int(input("enter number2;")) Num3=int(input("enter number3;")) Sum= Num1+Num2+Num3 Print("Three numbers are:",num1,num2,num3) Print("sum is :",sum)

# Get three test score round1 = int(input("Enter score for round 1: ")) round2 = int(input("\nEnter score for round 2: ")) round3 = int(input("\nEnter score for round 3: "))     # Calculate the average average = (round1 + round2 + round3) / 3 # Print out the test score print("\nThe average score is: ", average) Output: 4 37 64 Enter score for round 1: Enter score for round 2: Enter score for round 3: The average score is: 35.0

# Find the area of triangle a = 5 b = 6 c = 7 # calculate the semi-perimeter s = (a + b + c) / 2 # calculate the area area = (s*(s-a)*(s-b)*(s-c)) ** 0.5 print('The area of the triangle is %0.2f' %area) Output : The area of the triangle is 14.70

# This program adds two numbers value1 = 14.0 value2 = 56.60 # Add two numbers result = float(value1) + float(value2) # Display the sum print('The sum of {0} and {1} is {2}'.format(value1, value2, result)) Output: The sum of 14.0 and 56.6 is 70.6

#!/usr/bin/python from tkinter import * import time gui = Tk() var=IntVar() gui.geometry("800x800") c = Canvas(gui ,width=800 ,height=800) c.pack() oval = c.create_oval(5,5,60,60,fill='pink') a = 5 b = 5 for x in range(0 ,100):   c.move(oval,a,b)   gui.update()   time.sleep(.01) gui.title("First title") gui.mainloop()

from tkinter import * import time gui = Tk() gui.geometry("400x400") gui.title(" First title") canvas = Canvas(gui, width=1000,height=1200,bg='red') canvas.pack() ov1 = canvas.create_oval(25,25,60,60, fill='yellow') gui.mainloop()

# import winsound from turtle import Turtle, Screen, Terminator from datetime import datetime screen = Screen() screen.mode('logo') screen.setup(700, 700) screen.title('Alarm Clock') tag_list = ['Monday', 'Tuesday', 'Wednesday', 'Thursday', 'Friday', 'Saturday', 'Sunday'] monat = ['Jan.', 'Feb.', 'Mar.', 'Apr.', 'May', 'June', 'July', 'Aug.', 'Sep.', 'Oct.', 'Nov.', 'Dec.'] FONT_SIZE = 14 FONT = ('Courier', FONT_SIZE, 'bold') BUTTON_SIZE = 40 CURSOR_SIZE = 20 def jump(turtle, distance):     turtle.penup()     turtle.forward(distance)     turtle.pendown() def hand(turtle, laenge, spitze):     turtle.fd(laenge * 1.10)     turtle.rt(90)     turtle.fd(spitze / 20.0)     turtle.lt(120)     turtle.fd(spitze)     turtle.lt(120)     turtle.fd(spitze) ...