Part 2: Haunted House Requirements The figure below is called a graph. The circle are called nodes and the lines are called edges. An edge connects two nodes. You can interpret the graph as a haunted house containing rooms and passages between rooms. The nodes can be thought of as rooms, and an edge connects one room to another. Note that each node could have, at most, four edges. Start B E F K H Exit North ↑ Write a program that implements the haunted house using references to instances of a Node class. Each node in the graph will correspond to an instance of Node. The edges correspond to links that connect one node to another and can be represented in Node as instance variables that reference another Node class. Start the user in node A. The user's goal is to get to the exit in node L. The program should output possible moves in the north, south, east, or west direction. 1. Select the Suitor. 2. Escape the Haunted House. 3. Sentiment Analysis. Q. Quit. Your option ==>2 Escape the Haunted House. You are in room A of the Haunted House. N You can't go in that direction! You can go east or south. You are in room A of the Haunted House. You can go east or south. E You are in room B of the Haunted House. You can go west, south or east. S You are in room F of the Haunted House. You can go north or east. You are in room L of the Haunted House. You made it out alive! Sample Output

Check which is larger 0.0 or minimum value of double and also verify this in java

Write a program that displays the following pattern: In java * *

Write Java program that print the following series of integers                   1,   5,  9,  13,  17,  21,  25, . . . , 993,  997, 1001,  . . . ,  1997, 2001,  2005          and calculate the sum of the terms:  (1 + 5 + 9 + 13 +  . . .  + 1997 + 2001 + 2005)