Floating Point Numbers
It is time for floating point numbers.
A floating point number is a number with decimal places, so floating point number has an integer part, and a fraction. For example, 65.3, -0.04, 1000.01 are all floating point numbers.
Input:
# Creating floating point numbers and check the type of the created object
x = 100.12
y = -5.5632
z = -12350.0
print(f'It`s x: {x}, the type of x is {type(x)}')
print(f'It`s y: {y}, the type of y is {type(y)}')
print(f'It`s z: {z}, the type of z is {type(z)}')
Output:
It`s x: 100.12, the type of x is <class 'float'>
It`s y: -5.5632, the type of y is <class 'float'>
It`s z: -12350.0, the type of z is <class 'float'>
Swipe to start coding
Create three variables : a, b, c with the following values: 0.06, -5.0, 985.5067 and check the type of this object.
Solution
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Completion rate improved to 3.85Floating Point Numbers
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It is time for floating point numbers.
A floating point number is a number with decimal places, so floating point number has an integer part, and a fraction. For example, 65.3, -0.04, 1000.01 are all floating point numbers.
Input:
# Creating floating point numbers and check the type of the created object
x = 100.12
y = -5.5632
z = -12350.0
print(f'It`s x: {x}, the type of x is {type(x)}')
print(f'It`s y: {y}, the type of y is {type(y)}')
print(f'It`s z: {z}, the type of z is {type(z)}')
Output:
It`s x: 100.12, the type of x is <class 'float'>
It`s y: -5.5632, the type of y is <class 'float'>
It`s z: -12350.0, the type of z is <class 'float'>
Swipe to start coding
Create three variables : a, b, c with the following values: 0.06, -5.0, 985.5067 and check the type of this object.
Solution
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