Be consistent about terms within a paragraph

Taking the suggestions from 865b091 :)
This commit is contained in:
Carol (Nichols || Goulding)
2018-02-21 17:35:34 -05:00
parent d62c10c5c4
commit 56fa551eff
3 changed files with 16 additions and 16 deletions

View File

@@ -62,14 +62,14 @@ fn main() {
Listing 10-1: Code to find the largest number in a list of numbers
This code stores a list of integers in the variable `number``_list` and places
the first item in the list in a variable named `largest`. Then it iterates
through all the numbers in the list, and if the current value is greater than
the number stored in `largest`, it replaces the value in that variable. If the
current value is smaller than the largest value seen so far, however, the
variable doesnt change and the code moves on to the next item in the list.
After all the items in the list have been considered, `largest` should hold the
largest value, which in this case is 100.
This code stores a list of integers in the variable `number_list` and places
the first number in the list in a variable named `largest`. Then it iterates
through all the numbers in the list, and if the current number is greater than
the number stored in `largest`, it replaces the number in that variable. If the
current number is smaller than the largest number seen so far, however, the
variable doesn't change and the code moves on to the next number in the list.
After all the numbers in the list have been considered, `largest` should hold
the largest number, which in this case is 100.
To find the largest number in two different lists of numbers, we can duplicate
the code in Listing 10-1 and use the same logic at two different places in the

View File

@@ -61,14 +61,14 @@ fn main() {
<span class="caption">Listing 10-1: Code to find the largest number in a list
of numbers</span>
This code stores a list of integers in the variable `number``_list` and places
the first item in the list in a variable named `largest`. Then it iterates
through all the numbers in the list, and if the current value is greater than
the number stored in `largest`, it replaces the value in that variable. If the
current value is smaller than the largest value seen so far, however, the
variable doesnt change and the code moves on to the next item in the list.
After all the items in the list have been considered, `largest` should hold the
largest value, which in this case is 100.
This code stores a list of integers in the variable `number_list` and places
the first number in the list in a variable named `largest`. Then it iterates
through all the numbers in the list, and if the current number is greater than
the number stored in `largest`, it replaces the number in that variable. If the
current number is smaller than the largest number seen so far, however, the
variable doesn't change and the code moves on to the next number in the list.
After all the numbers in the list have been considered, `largest` should hold
the largest number, which in this case is 100.
To find the largest number in two different lists of numbers, we can duplicate
the code in Listing 10-1 and use the same logic at two different places in the