Sample Output

Degree = 90

Degree to Radian = 1.5707963267948966

Sample Output

Radian = 2

Radian to Degree = 114.59155902616465

Sample Output

Area = ( ( base1 + base2 ) / 2 ) * height

Height of Trapezoid = 2

Base 1 = 3

Base 2 = 2

Area = 5.0

Sample Output

Area = base * height

Base = 5

Height = 3.4

Area of the parallelogram = 17.0

Sample Output

Radius of the Cylinder = 2.4

Height of the Cylinder = 3

Volume of the Cylinder = 54.28672105403163 cubic units

Lateral surface area of the Cylinder = 45.23893421169302 square units

Total surface area of the Cylinder = 81.43008158104743 square units

Sample Output

Radius of Sphere = 2.3

Surface Area of the Sphere = 66.47610054996001

Volume of the Sphere = 50.965010421636

Sample Output

Angle in Degrees = 35

Radius = 25

Arc Length = 15.271630954950384

Sample Output

Discriminant = b²−4ac
If D > 0, it indicates that there are two real solutions.
If D = 0, there is one real solution (a repeated root).
If D < 0, there are no real solutions (complex roots).

Enter the A Value = 1

Enter the B Value = -3

Enter the C Value = 2

Two Solutions. Discriminant value is = 1.0

Sample Output

Enter a positive integer (n) = 6

The smallest multiple of the first 6 numbers is = 60

Factors of the smallest multiple = [2, 3, 5]

Sample Output

N = 23

The for loop iterates through each natural number from 1 to 23
Calculate the sum of the squares of each number(num * num)
Calculate the sum of the numbers and square it (square_of_sum += num)
Square the final sum obtained in square of sum(square_of_sum ** 2)
Calculate the difference between the square of sum and the sum of squares (square_of_sum - sum_of_squares)

Calculated difference = 71852

Sample Output

Base Number = 5

Power Number = 12

Sum of digits = 28

Sample Output

Enter the Number = 12

Sum of All Divisors = 16

Sample Output

Enter the Values = 234

[ '234' , '324' , '342' , '243' , '423' , '432' ]

Sample Output

Number 1 = 12

Number 2 = 34

Multiplication = 408

Sample Output

Enter the Number = 23454

The Next smallest palindrome after 23454 is = 23532

Sample Output

Enter the Number = 2374

Previous Palindrome = 2332

Sample Output

Enter a float number = 9.2

The ratio of 9.2 is = 46/5

Sample Output

Number = 2550000

Formatted Number = 2,550,000

Sample Output

Starting latitude = 37.7749

Starting longitude = -122.4194

Ending latitude = 34.0522

Ending longitude = -118.2437

Distance = 559.12 km

Sample Output

Number of Sides = 3

Length of a Side = 45

Area of the Polygon = 876.8507

Sample Output

wind Speed in kilometers/hour = 21.3

Temperature in Degrees Celsius = 34.5

The wind chill index is 38.0

Sample Output

Quadratic function = (a * x^2) + b*x + c

A Number = 2

B Number = 5

C Number = 3

There are Two Roots = -1.0 and -1.5

Sample Output

Binary Number = 100100

Decimal Number = 36

Sample Output

X Number = 12

Y Number = 16

Complex Number = (12+16j)

Real Part = 12.0

Imaginary Part = 16.0

Sample Output

complex1 = (2+5j)

complex2 = (5-3j)

Addition of Two Complex Numbers = (7+2j)

Sample Output

Real = 3

Imaginary = 4

Length of a Complex Number = 5.0

Complex Number Angle = 1.5707963267948966

Sample Output

Polar Coordinates = (5.0, 0.9272952180016122)

Convert Polar to rectangular Coordinates = (-2+2.4492935982947064e-16j)

Sample Output

Multiple Decimal Points with Comma Separate = 23.45 , 67.23 , 1.45 , 89.67 , 0.34

Maximum = 89.67

Minimum = 0.34

Sample Output

Decimal number = 64.0

Square root of 64.0 is = 8.0

Eresponential of 64.0 is = 6235149080811616882909238709

Sample Output

["2.3", "7.5", "6.32", "5.1"]

Convert each Decimal to a Fraction

2.3 = 23/10

7.5 = 15/2

6.32 = 158/25

5.1 = 51/10

Sample Output

Generate and print 10 random float numbers. You'll get different sets of random
float numbers each time, with each number being within its specified range.

Sample Output

Generate and print 10 random integer numbers. You'll get different sets of random
integer numbers each time, with each number being within its specified range.

Sample Output

Generate and print 10 random even integer numbers. You'll get different sets of random
even integer numbers each time, with each number being within its specified range.

Sample Output

String = Python Exercise

Random Element = o

In this example, the random element selected from the string is "o". However,
since it's a random process, the output may vary each time you run the program,
and you might get a different character as the random element.

Sample Output

Numbers = [10, 20, 30, 40, 50, 60, 70, 80, 90, 100]

Shuffle Numbers = [30, 50, 70, 60, 10, 100, 40, 90, 80, 20]

Each time the program runs, the elements of the list numbers are shuffled
randomly and printed to the console.

Sample Output

Flipping a coin 100 times and counts the number of heads and tail.
Randomly select either "heads" or "tails" for each flip.

Heads = 62

Tails = 38

"Heads" appeared 62 times, and "Tails" appeared 38 times. Since it's based on
random selection, the actual results may vary each time you run the code

Sample Output

book = [ "C" , "C++" , "JAVA" , "PYTHON" , "MYSQL" , "PHP" ]

Randomly select one of the items from the book list, and the
output will display the selected book

Sample Output

Values = -45.56

Absolute Values = 45.56

Values = 0.1

Absolute Values = 0.1

Sample Output

Number = 88.24573
Round up to the nearest whole number = 89
Round up to one decimal place = 88.3
Round up to two decimal places = 88.25
Round up to three decimal places = 88.246
Round up to four decimal places = 88.2458

Sample Output

Start Number = 1

End Number = 49

Perfect Squares = [1, 4, 9, 16, 25, 36, 49]

Sample Output

Numbers = 2014

Minimum Numbers = 0124

Maximum Numbers = 4210

Sample Output

Enter a number: 2468

The absolute difference between consecutive digits is two

Sample Output

Enter the Number = 56

56 is Not Disarium Number

Sample Output

T(n) = (n * (n + 1) * (n + 2)) / 6

Enter the Number = 23

Tetrahedral Number = 2300.0

Sample Output

Integer = 12

Aliquot sum = 16

Sample Output

Float value: 23.56

Fraction Representation = 589/25

Sample Output

Create a list of numbers from 0 to 49 and shuffle it.

Random Number = 46

Do You Want Another Random Number? (Y/N) = Y

Random Number = 4

Do You Want Another Random Number? (Y/N) = N

Generates the random number 46. Then, it asks if you want another random number.
You choose 'Y' (Yes), so it generates and displays 4. Finally, it asks if you want
another random number again. This time, you choose 'N' (No), so the program stops