recursion - How to Calculate Time Complexity Using Recurrence Tree for T(n) = T(n - sqrt(n)) + n^2 - Stack Overflow

I'm trying to analyze the time complexity of the following recurrence relation using the recurrenc

I'm trying to analyze the time complexity of the following recurrence relation using the recurrence tree method:

T(n) = T(n - sqrt(n)) + n^2

The challenge I'm facing is determining the height of the recurrence tree because the term being subtracted from n is sqrt(n), which is dependent on n itself. help me in calculating height of this form of trees. ‫‪

I attempted to divide n by its square root, assuming it was a constant, but that approach doesn't make sense to me. I am looking for a mathematical proof of how to calculate the height of the recursion tree and the overall time complexity. Any references would be appreciated.

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