Since Cody, I dislike for-loops, but your solution is way simpler than my own algorithm. Mission accomplished...
Nevertheless, I would hope for a non-looped piece of code. Let's see in phase 3.
Sum all integers from 1 to 2^n
Find the sum of the elements in the "second" diagonal
Specific Element Count
Fill a zeros matrix
A Simple Tide Gauge with MATLAB
A SUBSREF variant that accepts the 'end'-operator.
Operate on matrices of unequal, yet similar, size
Wayfinding 4 - Crossing, level 2
Create a random vector of integers with given sum
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