Merge correction to 6.1 into quarto build and give attribution

Author: ChrisMayfield

ch00.tex

@@ -238,7 +238,7 @@ \section*{Acknowledgments}
 
 Many students have given exceptional feedback, including Ian Staton, Tanner Wernecke, Jacob Green, Rasha Abuhantash, Nick Duncan, Kylie Davidson, Shirley Jiang, Elena Trafton, Jennifer Gregorio, and Azeem Mufti.
 
-Other contributors who found one or more typos: Stijn Debrouwere, Guy Driesen, Andai Velican, Chris Kuszmaul, Daniel Kurikesu, Josh Donath, Rens Findhammer, Elisa Abedrapo, Yousef BaAfif, Bruce Hill, Matt Underwood, Isaac Sultan, Dan Rice, Robert Beard, Daniel Pierce, Michael Giftthaler, Chris Fox, Min Zeng, Markus Geuss, Mauricio Gonzalez, Enrico Sartirana, Kasem Satitwiwat, Jason Miller, Kevin Molloy, Cory Culbertson, Will Crawford, Shawn Brenneman, Tom Nguyen, and Ala-Uddin Mohammad.
+Other contributors who found one or more typos: Stijn Debrouwere, Guy Driesen, Andai Velican, Chris Kuszmaul, Daniel Kurikesu, Josh Donath, Rens Findhammer, Elisa Abedrapo, Yousef BaAfif, Bruce Hill, Matt Underwood, Isaac Sultan, Dan Rice, Robert Beard, Daniel Pierce, Michael Giftthaler, Chris Fox, Min Zeng, Markus Geuss, Mauricio Gonzalez, Enrico Sartirana, Kasem Satitwiwat, Jason Miller, Kevin Molloy, Cory Culbertson, Will Crawford, Shawn Brenneman, Tom Nguyen, Ala-Uddin Mohammad, and Pascal Croizier.
 
 %\medskip
 

ch06.tex

@@ -102,7 +102,8 @@ \section{The while Statement}
 Each time through the loop, the program displays the value of \java{n} and then checks whether it is even or odd.
 If it is even, the value of \java{n} is divided by 2.
 If it is odd, the value is replaced by $3n+1$.
-For example, if the starting value is 3, the resulting sequence is 3, 10, 5, 16, 8, 4, 2, (the above code will not print 1, because the while loop terminates when n == 1)
+For example, if the starting value is 3, the resulting sequence is 3, 10, 5, 16, 8, 4, 2.
+(The above code will not print 1, because the while loop terminates when n == 1.)
 
 Since \java{n} sometimes increases and sometimes decreases, there is no obvious proof that \java{n} will ever reach 1 and that the program will ever terminate.
 For some values of \java{n}, such as the powers of two, we can prove that it terminates.

quarto/ch06.qmd

@@ -101,7 +101,8 @@ Each time through the loop, the program displays the value of `n`{.java}
 and then checks whether it is even or odd. If it is even, the value of
 `n`{.java} is divided by 2. If it is odd, the value is replaced by
 $3n+1$. For example, if the starting value is 3, the resulting sequence
-is 3, 10, 5, 16, 8, 4, 2, 1.
+is 3, 10, 5, 16, 8, 4, 2. (The above code will not print 1, because the
+while loop terminates when n == 1.)
 
 Since `n`{.java} sometimes increases and sometimes decreases, there is
 no obvious proof that `n`{.java} will ever reach 1 and that the program

quarto/index.qmd

@@ -285,8 +285,8 @@ Rens Findhammer, Elisa Abedrapo, Yousef BaAfif, Bruce Hill, Matt
 Underwood, Isaac Sultan, Dan Rice, Robert Beard, Daniel Pierce, Michael
 Giftthaler, Chris Fox, Min Zeng, Markus Geuss, Mauricio Gonzalez, Enrico
 Sartirana, Kasem Satitwiwat, Jason Miller, Kevin Molloy, Cory
-Culbertson, Will Crawford, Shawn Brenneman, Tom Nguyen, and Ala-Uddin
-Mohammad.
+Culbertson, Will Crawford, Shawn Brenneman, Tom Nguyen, Ala-Uddin
+Mohammad, and Pascal Croizier.
 
 If you have additional comments or ideas about the text, please send
 them to: