3. а) Prove by induction that 1 P(n):2+6+12+20+...+n(2n+2) = n(n+1)(n+2) Vn21 2 1 3 Let f:R→(-1,1) be defined by f(x) = ,XeR. Find the х-1 b) inverse of the above function if it exists, where R is the set of real numbers?
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Q: 3. а) Prove by induction that 1 P(n):2+6+12+20+...+n(2n+2) =n(n+1)(n+ 2) Vn21 1 3 Let f:R→(-1,1) be…
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- An experiment consists of tossing a die and then flipping a coin once if the number on the die is even. If the number on the die is odd, the coin is flipped twice. Using the notation 4H, for example, to denote the outcome that the die comes up 4 and then the coin comes up heads, and 3HT to denote the outcome that the die comes up 3 followed by a head and then a tail on the coin, construct a tree diagram to show the 18 elements of the sample space S.5. Determine if (m1,m2,m3,m6) is a spanning sequence of M2×2(R).Use the Viterbi algorithm to calculate the sequence of states that maximizes P(O|Q,λ), where O = Red, Blue, Green for the balls & urns example HMM on the picture below.
- Draw a complete ternary tree of height 3. How many nodes does the tree have?If 40 participants are randomly selected to 4 groups of 10, does the 40 comes first in the sequence: 40;20;10?Consider the following tree for a prefix code Figure 13: A tree with 5 vertices. The top vertex branches into character, a, on the left, and a vertex on the right. The vertex in the second level branches into character, e, on the left, and a vertex on the right. The vertex in the third level branches into two vertices. The left vertex in the fourth level branches into character, c, on the left, and character, n, on the right. The right vertex in the fourth level branches into character, d, on the left, and character, y, on the right. The weight of each edge branching left from a vertex is 0. The weight of each edge branching right from a vertex is 1. Use the tree to decode “11100110111001000
- How many ordered sequences are possible that contain two objects chosen from nine?with tree diagramConstruct a tree diagram showing all possible results when three fair coins are tossed. Then list the ways of getting the following result. fewer than two heads Construct a tree diagram showing all possible results when three fair coins are tossed. Select the correct choice below that lists the appropriate brances for the ways of getting fewer than two heads. A. TTT, HTT, THT, TTH B. TTT, HTT, THT, TTH, HHT, HTH, THH, HHH C. HHH, THH, HTH, HHT D. HHH
- A tree diagram has two stages. Stage 1 has three nodes and stage 2 has six nodes. In stage 1, the branch from the starting position to node A is labeled 0.3. The branch from the starting position to node B is labeled 0.1. The branch from the starting position to node C is an answer blank. In stage 2, the branch from node A to node E is an answer blank. The branch from node A to node F is labeled 0.5. In stage 2, the branch from node B to node G is an answer blank. The branch from node B to node H is labeled 0.8. In stage 2, the branch from node C to node I is an answer blank. The branch from node C to node J is an answer blank. Node I is labeled P(I ∩ C) = 0.24. Node J is labeled P(J ∩ C) = 0.36. Outcome P(A ∩ E) = P(A ∩ F) = P(B ∩ G) = P(B ∩ H) =A tree diagram has two stages. Stage 1 has three nodes and stage 2 has six nodes. In stage 1, the branch from the starting position to node A is labeled 0.3. The branch from the starting position to node B is labeled 0.1. The branch from the starting position to node C is an answer blank. In stage 2, the branch from node A to node E is an answer blank. The branch from node A to node F is labeled 0.5. In stage 2, the branch from node B to node G is an answer blank. The branch from node B to node H is labeled 0.8. In stage 2, the branch from node C to node I is an answer blank. The branch from node C to node J is an answer blank. Node I is labeled P(I ∩ C) = 0.24. Node J is labeled P(J ∩ C) = 0.36.Let A and B each be sets of N labeled vertices, and consider bipartite graphs between A and B. Starting with no edges between Aand B, if N edges are added between A and B uniformly at random, what is the probability that those N edges form a perfect matching?