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For the pseudo-code program below, assume that variables x, y, z, n and count hold integer values x-129 y f1(x) 2-f2(y) print x, y, z define f1(n) count - 0 while(n> 0) n = n/2 count count 1 return count define f2(count) n-1 while (count > 0) n-n2 count count return n

For the pseudo-code program below, assume that variables x, y, z, n and count hold integer values x-129 y f1(x) 2-f2(y) print x, y, z define f1(n) count - 0 while(n> 0) n = n/2 count count 1 return count define f2(count) n-1 while (count > 0) n-n2 count count return n

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For the pseudo-code program below, assume that variables x, y, z. n and count hold integer values... x-129 y - f1(x) f2(y) print x, y, z 2- define fl(n) count - 0 while(n > 0) n = n/2 count count + 1 return count define f2(count) n-1 while (count > 0) n-n2 count count return n 1 The output of the program will be:
Transcribed Image Text:For the pseudo-code program below, assume that variables x, y, z. n and count hold integer values... x-129 y - f1(x) f2(y) print x, y, z 2- define fl(n) count - 0 while(n > 0) n = n/2 count count + 1 return count define f2(count) n-1 while (count > 0) n-n2 count count return n 1 The output of the program will be:
The output of the program will be: O 129, 7, 256 O 129, 9, 512 O 129, 8, 129 129, 8, 256 O 129, 7, 128
Transcribed Image Text:The output of the program will be: O 129, 7, 256 O 129, 9, 512 O 129, 8, 129 129, 8, 256 O 129, 7, 128
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