Question

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the following code outputs a string using values read from input, but the program contains a line with more than 80 columns. use implicit line joining to join the long string in animal_str so that the program does not contain any lines with more than 80 columns.
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1 name = input()
2 animal = input()
3
4 # modify the following line
5 animal_str = {
6 }s favorite exhibit to look at when she goes to the zoo is the {} exhibit.
7 \she thinks the coyotes are cool.\
8 )
9
10 # format() replaces the curly braces in a string with variables.
11 # this method is being used to test your code.
12 new_str = animal_str.format(name, animal)
13 print(new_str)

Explanation:

Step1: Split string with implicit joins

animal_str = (
    "{}'s favorite exhibit to look at when she goes to the zoo is the {} exhibit. "
    "She thinks the coyotes are cool."
)

Step2: Verify line length compliance

Each split line is under 80 columns, and Python implicitly joins adjacent string literals inside parentheses.

Step3: Keep remaining code unchanged

The input and formatting logic stays the same:

name = input()
animal = input()
new_str = animal_str.format(name, animal)
print(new_str)

Answer:

The corrected code with properly split lines (under 80 columns, using implicit string joining) is:

name = input()
animal = input()

# Modified line split into shorter chunks
animal_str = (
    "{}'s favorite exhibit to look at when she goes to the zoo is the {} exhibit. "
    "She thinks the coyotes are cool."
)

new_str = animal_str.format(name, animal)
print(new_str)