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For the problem you choose, complete the problem solving process discussed in class. You should submit written evidence of the process in the form of: a list of assumptions you've made to clarify the problem, an IPO chart, an algorithm and documentation of your testing. 1. Write an algorithm that converts a decimal number between 0 and 15 into its 4 bit unsigned binary representation. 2. Write an algorithm that converts a linear measurement in feet and inches into meters. One inch is equivalent to 2.54 centimeters. Complete the problem solving process discussed in class for the problem you choose. Your solution must use a selection control structure. You should submit written evidence of the process in the form of: a list of assumptions you've made to clarify the problem, an IPO chart, an algorithm and documentation of your testing. 3. Write an algorithm that converts a decimal number between 0 and 15 into its hexadecimal representation. 4. Write an algorithm that can be used to calculate the commission earned in a real estate transaction. The chart below describes the formulas used to calculate the commission.
5. Write an algorithm that can be used to calculate car insurance rates. Rates for male drivers and young female drivers are determined by adding a surcharge to the rate for female drivers over age 25.
Call the structure for the nodes of the tree WordNode, and call the references in this structure left and right. Use Strings to store words in the tree. Call the class implementing the binary search tree WordTree.
Write a client method that returns a count of the number of nodes in a binary search tree that contain a value less than or equal to the argument value.
Explain the results of executing each of the following grep commands in your home directory.
In class we discussed Karatsuba's divide-and-conquer algorithm for integer multiplication, which multiplies n-bit numbers by recursively multiplying n bit numbers. We take two numbers X and Y and split them each into their most significant half a..
Certain points along the road, so that every house is within four miles of one of the base stations. Give an efficient algorithm that achieves this goal using as few base stations as possible.
Create three SQL statements: the 1st statement should add pending amounts to appropriate accounts, the second statement should subtract the pending amounts from appropriate accounts,
familiarize with the performance characteristics of Quicksort under normal and worst case conditions. The assignment will require some programming and interpretation of the results.
Assume a network transmits 1024 byte packets having a 128-byte header and a four byte checksum. If a workstation on the network is guaranteed to be able to transmit one packet every x time units,
Data structures include: 1. a linked list, 2. an ordered, one dimensional array, and three. a binary tree. Assume the list of letters R, A, N, B, C, F, X and G are stored in a list.
Design a linked list structure Music that contains data fields Name, Artist, Number_of_Songs, and a pointer to the list. Design the structure with three members and fill in data for each member.
Create an E-R diagram with all appropriate notation for the following condition. In a particular fruit growing region there are a number of orchards.
Find out the contents of registers PC, AR, DR, AC, and IR for two independent memory-reference instructions below. Each instruction starts with given Initial values.
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