Divide 5! by increasing positive integers, until the result is a noninteger:

Add 1/n⁸ terms until Unequal yields False for two consecutive results in machine arithmetic:

Divide 5! by consecutive positive integers and return the last integer result:

Starting with 12, subtract increasing integers while the remainder is still positive:

Compute a random walk starting from the origin, and return the first point whose norm is beyond 5:

Fold Cross over a list of random unit vectors while the norm of the result is larger than 0.1:

Add 1/n⁸ terms until Unequal yields False for two consecutive results in machine arithmetic:

Add random integers to 0 while all results are different, returning the first value that was repeated:

Divide 5! by consecutive positive integers, returning the first noninteger result:

Return the last integer result:

Return the next-to-last integer result:

Abort the computation before it is finished:

Use FoldWhileList in operator form:

If test[x] does not yield True, FoldWhileList[f,x,alist,test] returns {x}:

FoldWhile[f,x,alist,test,…] is equivalent to Last[FoldWhileList[f,x,alist,test,…]]:

FoldWhileList[f,x,list,True&] is equivalent to FoldList[f,x,list]:

FoldWhileList[f,x,list,test,m,n] is equivalent to NestWhileList[f,x,test,m,Length[list],n] for a function f taking only one argument: