Question: a) The ExtendableVector doubles its capacity everytime it gets full. Consider a different implementation of an ExtendableVector that adds 10 to its capacity instead of

 a) The ExtendableVector doubles its capacity everytime it gets full. Consider

a) The ExtendableVector doubles its capacity everytime it gets full. Consider a different implementation of an ExtendableVector that adds 10 to its capacity instead of doubling it every time it gets full. Would this "increase-by-10" implementation be less or more efficient compared to the "double-the-capacity" implementation? [Hint: what would be the worst-case and amortized-case complexity of the two implementations?] b) Draw a sketch of the stack implemented using an ExtendableVector after each of the following steps: ExtendableVectorStack s: s.push(11); s.push(19); s.push(6); s.push(12): s.push(13); Assume that an ExtendableVector starts with default capacity 1

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