# Program to perform addition, subtraction, multiplication & division of two numbers and display the results

number1 = input("First number: ") 

number2 = input("Second number: ") 

sum = int(number1) + int(number2)

sub = int(number1) - int(number2)

mul = int(number1) * int(number2)

print("The sum of given numbers is :",sum)

print("The diff of given numbers is :",sub)

print("The mul of given numbers is :",mul)

# Python program to find Area of a circle 

r = 3 

PI = 3.142

area = PI*(r*r)

print("Area is " ,area); 

# program for assigning matrix values, inverse of matrix and displaying

# importing libraries 

from scipy import *

from pylab import *

from numpy import *

A=array([[2,6,-1],[0,3,2],[5,-1,4]])# assigning the values to matrix A from the equation

b = array([5,8,10]) # assigning the values of b matrix

print("A matrix is")

print(A) # printing the A matrix

print("b matrix is")

print(b) #printing then b matrix

X=inv(A).dot(b) # calculating the values of x,y,z

print("X matrix is")

print(X) # printing the X matrix 

# printing each values

print("the value of x is :",round(X[0],2))

print("the value of y is :",round(X[1],2))

print("the value of z is :",round(X[2],2))

def myfun(n):

  max1= max(n)

  min1 = min(n)

  print("maximum value is ",max1)

  print("minimum value is ",min1)

myfun([10,2,3,4,5,6,7])

from numpy import *

from matplotlib.pyplot import *

# Get x values of the sine wave

t = arange(0, 10, 0.01);

# calculating the amplitude

y1 = 5*cos(t)

y2 = sin(10*t)

y = (y1)+y2

# plotting cos signals in subplot

rcParams["figure.figsize"] = (10,10) # changing the figure size 

fig, axs = subplots(3)

axs[0].plot(t,y1) 

axs[0].set_title("cos(t) signal ")

axs[1].plot(t,y2)

axs[1].set_title("sin(2*t) Signal")

axs[2].plot(t,y)  

axs[2].set_title("5Cos(t)+sin(2t) Signal")

show() # showing the figure

import random as rd

rlist=[]

for i in range(10):

  # print(i)

  flip = rd.randint(0,1)

  rlist.append(flip)

print("Coin Toss result is :",str(rlist))

print("No of Heads :",rlist.count(1), "\nNo of Tails :",rlist.count(0))

import random as rd

rlist=[]

for i in range(10):

  # print(i)

  flip = rd.randint(0,1)

  rlist.append(flip)

print("Coin Toss result is :",str(rlist))

print("No of Heads :",rlist.count(1), "\nNo of Tails :",rlist.count(0))

import random as rd

rlist=[]

for i in range(10):

  # print(i)

  flip = rd.randint(0,1)

  rlist.append(flip)

print("Coin Toss result is :",str(rlist))

print("No of Heads :",rlist.count(1), "\nNo of Tails :",rlist.count(0))

import random as rd

rlist=[]

for i in range(10):

  # print(i)

  flip = rd.randint(0,1)

  rlist.append(flip)

print("Coin Toss result is :",str(rlist))

print("No of Heads :",rlist.count(1), "\nNo of Tails :",rlist.count(0))