*, This is a search problem where A is the start state. The costs of transitions are placed onthe edges, but the heuristic estimated value, h, is in the state's node. Assume ties are always brokenby choosing the state which comes first alphabetically.Stateh(state)A443F1.E[Note!!! When you write the order of the node use gre Capital Letter and a comma to separate betweenthem. Do not use space. For example: A,B,C,D]1. If the root is state A, Which state represents the goal state?2. Determine the lower and upper bound for the heuristic value of B, h(B), to make the h admissible?

Answer:- 1) Goal State: G 2) lower bound=8 , upper bound=10 to make h admissible.

This is a search problem where A is the start state. The costs of transitions are placed on the edges, but the heuristic estimated value, h, is in the state's node. Assume ties are always broken by choosing the state which comes first alphabetically. State h(state) A C 4 4 F G [Note!!! When you write the order of the node usegre Capital Letter and a comma to separate between them. Do not use space. For example: A,B,C,D] 1. If the root is state A, Which state represents the goal state? 2. Determine the lower and upper bound for the heuristic value of B, h(B), to make the h admissible?

This is a search problem where A is the start state. The costs of transitions are placed on the edges, but the heuristic estimated value, h, is in the state's node. Assume ties are always broken by choosing the state which comes first alphabetically. State h(state) A C 4 4 F G [Note!!! When you write the order of the node usegre Capital Letter and a comma to separate between them. Do not use space. For example: A,B,C,D] 1. If the root is state A, Which state represents the goal state? 2. Determine the lower and upper bound for the heuristic value of B, h(B), to make the h admissible?

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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