Question

A red-black tree has the property that there are no two reds in a row. Considering you relax it so that there are no three reds in a row calling it relaxed red-black trees. Which of the following statements
regarding the given scenario is false?​

Answer 1

Step-by-step explanation:

A red-black tree has the property that there are no two reds in a row. Considering you relax it so that there are no three reds in a row calling it relaxed red-black trees. Which of the following statements

regarding the given scenario is false?

Answer 2

Each tree knot is colored either red or black. The root knot of the tree is always black. Every path from the root to any of the splint bumps must have the same number of black bumps. No two red bumps can be conterminous, i.e., a red knot can not be the parent or the child of another rednode.Let us define a relaxed red-black tree as a double hunt tree that satisfies red-black parcels 1, 3, 4, and 5. In other words, the root may be either red or black. Consider a relaxed red-black tree T whose root isred.Every knot is colored either red or black 2 The root is black 3 If a knot is red, both of its children are black. The main advantage of Red- Black trees over AVL trees is that a single top-down pass may be used in both insertion and omissionroutines.A red-black tree is a kind of tone- balancing double hunt tree where each knot has an redundant bit, and that bit is frequently interpreted as the colour( red or black). These colours are used to insure that the tree remains balanced during insertions and elisions.

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