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Select 3 true statements about Python primitive types.

32-bit integer type (a.k.a. int32) can represent integer value from -2^31 (-2,147,483,648) to 2^31-1 (2,147,483,647)

The int type in Python3 cannot represent a number greater than 2^31-1.

A binary floating-point method is used to represent fractions in binary numbers.

The decimal number 0.1 cannot be expressed without error in binary floating-point format.

The float type in Python3 can represent decimal 0.1 without error.

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Martebi

The  true statements about Python primitive types are:

  • 32.bit integer type (a.k.a. int32) can represent integer value from -2 31 (-2.147,483,648) to 2"31-1 (2,147,483,647)
  • A binary floating point method is used to represent fractions in binary numbers.
  • The decimal number 0.1 cannot be expressed without error in binary floating-point format.

What are the Python primitive types?

The Python is known to be made up of four primitive data types which are said to be:

  • Integer.
  • Float.
  • String.
  • Boolean.

Note therefore that The  true statements about Python primitive types are:

  • 32.bit integer type (a.k.a. int32) can represent integer value from -2 31 (-2.147,483,648) to 2"31-1 (2,147,483,647)
  • A binary floating point method is used to represent fractions in binary numbers.
  • The decimal number 0.1 cannot be expressed without error in binary floating-point format.

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