Regular Expressions in Python

A. A sequence of characters that defines a search pattern

B. A built-in function

C. A mathematical expression

D. A special data type

A. It compiles a regular expression pattern into a regular expression object

B. It converts strings to regular expressions

C. It defines a new class

D. It imports the re module

A. re

B. regex

C. pyregex

D. none of the mentioned

A. By using the re module

B. By using the regex keyword

C. By including it as a string

D. By using the regx function

A. It searches for a match only at the beginning of the string

B. It converts strings to regular expressions

C. It searches for a match anywhere in the string

D. It checks if a string contains a specific character

A. It finds all occurrences of a pattern in a string and returns them as a list

B. It converts strings to regular expressions

C. It searches for a match anywhere in the string

D. It checks if a string contains a specific character

A. It makes the pattern matching case-insensitive

B. It compiles a regular expression

C. It specifies a starting position

D. It ignores invalid characters

A. There are number apples and number oranges.

B. An error will occur

C. There are 5 apples and 3 oranges.

D. There are number apples and 3 oranges.

A. By using the search() function from the re module

B. By using the find() function

C. By using the locate() function

D. By using the match() function

A. re.create(str)

B. re.regex(str)

C. re.compile(str)

D. re.assemble(str)