ChaitanyaBaweja

float_1 = float(input("Enter value: "))
print('Type of float_1:',type(float_1))

result = float_1*2
print("Twice the given numbers is : ", result)

ChaitanyaBaweja

# print sum of two numbers taken from the user

num_1 = int(input("Enter first num: "))
num_2 = int(input("Enter second num: "))

print('Type of num_1:',type(num_1))
print('Type of num_2:',type(num_2))

result = num_1 + num_2
print("The sum of given numbers is : ", result)

ChaitanyaBaweja

name = input("Enter name: ")
age = input("Enter age: ")

print("data_type of name: ", type(name))
print("data_type of age: ", type(age))

ChaitanyaBaweja

def float_range(start, stop, stepsize):
    val = start
    while val<stop:
        yield val
        val += stepsize
    

ChaitanyaBaweja

%matplotlib inline
import random
import pandas as pd

dat = [random.gauss(10, 2) for i in range(150) ]
df = pd.DataFrame( { 'C': dat} ) 

axis = df.C.hist()
axis.set_title('Histogram', size=10)

ChaitanyaBaweja

temp = 10 
cold = False

if temp<15: 
    print('It is cold')
    cold = True
    print('Another statement')

print(cold)
print('Done')

ChaitanyaBaweja

temp = 10; cold = False;

if temp<15: print('It is cold'); cold = True; print('Another statement')
print(cold); print('Done');

ChaitanyaBaweja

a = float('inf')

print('Addition : ',a + 10)
print('Subtraction : ',a - 10)
print('Multiplication : ',a * 10)
print('Division : ',a / 10)

print('\nMultiplication by Zero: ',a * 0)

ChaitanyaBaweja

import numpy as np 
import math 

# all three ways of defining infinite values
inf_1 = float('inf')
inf_2 = math.inf
inf_3 = np.inf 

# a large number
a = 100000000

ChaitanyaBaweja

import numpy as np 
  
# Initializing a variable with positive infinity 
positive_inf = np.inf 
print('Positive Infinity: ', positive_inf) 
  
# Initializing a variable with negative infinity
negative_inf = -np.inf 
print('Negative Infinity: ', negative_inf)