The output will be `True`.

Here's the step by step explanation:

1. `a = 'Python'` assigns the string 'Python' to the variable `a`.
2. `b = 'Python'` assigns the string 'Python' to the variable `b`.
3. `print(a is b)` checks if `a` and `b` refer to the same object in memory.

In Python, when you assign a string value to a variable, Python first checks if the same string value exists in memory. If it does, Python will simply point the new variable to the existing object. Therefore, `a` and `b` are pointing to the same string object 'Python' in memory.

That's why `a is b` returns `True`.

Question

The output will be `True`.

Here's the step by step explanation:

1. `a = 'Python'` assigns the string 'Python' to the variable `a`.
2. `b = 'Python'` assigns the string 'Python' to the variable `b`.
3. `print(a is b)` checks if `a` and `b` refer to the same object in memory.

In Python, when you assign a string value to a variable, Python first checks if the same string value exists in memory. If it does, Python will simply point the new variable to the existing object. Therefore, `a` and `b` are pointing to the same string object 'Python' in memory.

That's why `a is b` returns `True`.

Knowee AI · Accepted Answer

The output will be `True`.

Here's the step by step explanation:

1. `a = 'Python'` assigns the string 'Python' to the variable `a`.
2. `b = 'Python'` assigns the string 'Python' to the variable `b`.
3. `print(a is b)` checks if `a` and `b` refer to the same object in memory.

In Python, when you assign a string value to a variable, Python first checks if the same string value exists in memory. If it does, Python will simply point the new variable to the existing object. Therefore, `a` and `b` are pointing to the same string object 'Python' in memory.

That's why `a is b` returns `True`.

What will be the output after the following statements?a = 'Python' b = 'Python' print(a is b)Optionsa is bnot bTrueFalse

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