Boolean Data Type in Python
Welcome to section three! In this section, we'll dive into another Python data type: the boolean or logical type. Booleans can only have one of two values: True or False. This data type comes into play when evaluating logical conditions.
Here are the logical operators for comparison:
==equal to;!=not equal to;>greater than;<less than;>=greater than or equal to;<=less than or equal to.
When you apply these operators, the result will be a boolean value: True if the condition is met, and False if it isn't. For instance, consider the following evaluations:
123456# Check if `1` equals `1` print(1 == 1) # Check if `"abc"` equals `"aBc"` print("abc" == "aBc") # Check if `87*731` greater than or equal to `98*712` print(87*731 >= 98*712)
What do the results above signify? The first True indicates that 1 is equal to 1 (which is self-evident); the second False suggests that the strings "abc" and "aBc" differ due to the case sensitivity of the letter 'b'. The final False implies that 87*731 isn't greater than or equal to 98*712. In fact, 63597 is less than 69776.
Now, let's evaluate the following:
- Is
first_integervariable less than or equal tosecond_integer? (It must returnTrueif the first variable is less than or equal to the second, andFalseif it is greater than the second) - Is the string
"text"not the same as"TEXT"? - Does the string length of
"Python"equal6?
Note
Printing an expression such as
variable_1 >= variable_2doesn't imply thatvariable_1is genuinely greater than or equal tovariable_2. It simply signifies that you're evaluating whether this statement is True or False. This operation does not alter the values of the variables in any manner.
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Boolean Data Type in Python
Pyyhkäise näyttääksesi valikon
Welcome to section three! In this section, we'll dive into another Python data type: the boolean or logical type. Booleans can only have one of two values: True or False. This data type comes into play when evaluating logical conditions.
Here are the logical operators for comparison:
==equal to;!=not equal to;>greater than;<less than;>=greater than or equal to;<=less than or equal to.
When you apply these operators, the result will be a boolean value: True if the condition is met, and False if it isn't. For instance, consider the following evaluations:
123456# Check if `1` equals `1` print(1 == 1) # Check if `"abc"` equals `"aBc"` print("abc" == "aBc") # Check if `87*731` greater than or equal to `98*712` print(87*731 >= 98*712)
What do the results above signify? The first True indicates that 1 is equal to 1 (which is self-evident); the second False suggests that the strings "abc" and "aBc" differ due to the case sensitivity of the letter 'b'. The final False implies that 87*731 isn't greater than or equal to 98*712. In fact, 63597 is less than 69776.
Now, let's evaluate the following:
- Is
first_integervariable less than or equal tosecond_integer? (It must returnTrueif the first variable is less than or equal to the second, andFalseif it is greater than the second) - Is the string
"text"not the same as"TEXT"? - Does the string length of
"Python"equal6?
Note
Printing an expression such as
variable_1 >= variable_2doesn't imply thatvariable_1is genuinely greater than or equal tovariable_2. It simply signifies that you're evaluating whether this statement is True or False. This operation does not alter the values of the variables in any manner.
Kiitos palautteestasi!