Question: 1. Given std:vector.> foo, what are the best-case (W), expected (0), and worst-case (0) runtime complexity of foo.push_back expressed as a function of n (where

 1. Given std:vector.> foo, what are the best-case (W), expected (0),
and worst-case (0) runtime complexity of foo.push_back expressed as a function of
n (where n is foo.size0)? Your answer 2. Assuming the result of
the expression "buf--size0" is of type size_t", what's the problem with this
code fragment? sizet = buf->size(); while (--i - 0) - cout
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1. Given std:vector.> foo, what are the best-case (W), expected (0), and worst-case (0) runtime complexity of foo.push_back expressed as a function of n (where n is foo.size0)? Your answer 2. Assuming the result of the expression "buf--size0" is of type size_t", what's the problem with this code fragment? sizet = buf->size(); while (--i - 0) - cout

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