Ascending and descending order Program plan: Import necessary package. Create a class “AscendingAndDescending”, Define the method “main ()”, Declare the necessary variables. Create “Scanner” object. Prompt the user to enter three integers. Get three integers from the user using “nextInt()”. Check whether the first integer is less than or equal to the remaining integers, If it is true, assign the first integer to “low1”. Check whether the second integer is less than or equal to the third integer, If it is true, assign the second integer to medium. Assign the third integer to “high1”. Otherwise, Assign the third integer to “medium”. Assign the second integer to “high1”. Otherwise, Check whether the second integer is less than or equal to the remaining integers, If it is true, assign the second integer to “low1”. Check whether the first integer is less than or equal to third integer, If it is true, assign the first integer to “medium”. Assign the third integer to “high1”. Otherwise, Assign the third integer to “medium”. Assign the first integer to “high1”. Otherwise, Assign the third integer to “low1”. Check whether the first integer is less than or equal to second integer, If it is true, assign the first integer to “medium”. Assign the second integer to “high1”. Otherwise, Assign the second integer to “medium”. Assign the first integer to “high1”. Print the integers in ascending order. Print the integers in descending order.

Question

Recognizing the Use of Steganography in Forensic Evidence (4e)Digital Forensics, Investigation, and Response, Fourth Edition - Lab 02

Answer 1

Question

Chapter 5, Problem 2PE

Program Plan Intro

Ascending and descending order

Program plan:

Import necessary package.

Create a class “AscendingAndDescending”,

Define the method “main ()”,

Declare the necessary variables.

Create “Scanner” object.

Prompt the user to enter three integers.

Get three integers from the user using “nextInt()”.

Check whether the first integer is less than or equal to the remaining integers,

If it is true, assign the first integer to “low1”.

Check whether the second integer is less than or equal to the third integer,

If it is true, assign the second integer to medium.

Assign the third integer to “high1”.

Otherwise,

Assign the third integer to “medium”.

Assign the second integer to “high1”.

Otherwise,

Check whether the second integer is less than or equal to the remaining integers,

If it is true, assign the second integer to “low1”.

Check whether the first integer is less than or equal to third integer,

If it is true, assign the first integer to “medium”.

Assign the third integer to “high1”.

Otherwise,

Assign the third integer to “medium”.

Assign the first integer to “high1”.

Otherwise,

Assign the third integer to “low1”.

Check whether the first integer is less than or equal to second integer,

If it is true, assign the first integer to “medium”.

Assign the second integer to “high1”.

Otherwise,

Assign the second integer to “medium”.

Assign the first integer to “high1”.

Print the integers in ascending order.

Print the integers in descending order.

Expert Solution & Answer

Trending nowThis is a popular solution!

See solution

Check out sample textbook solution

Students have asked these similar questions

Recognizing the Use of Steganography in Forensic Evidence (4e)Digital Forensics, Investigation, and Response, Fourth Edition - Lab 02

Write a Java Program to manage student information of a university. The Javaprogram does the following steps:a) The program must use single-dimensional arrays to store the studentinformation such as Student ID, Name and Major.b) The program asks the user to provide the number of students.c) The program asks the user to enter the Student IDs for the number of studentsand stores them.d) The program asks the user to enter the corresponding names for the numberof students and stores them.e) The program then asks the user to provide the corresponding major for thestudents and stores them.f) The program then should display the following options:1. ID Search2. Major Enrollment3. Exitg) On selecting option 1, the user can search for a student using Student ID. Theprogram asks the user to enter a Student ID. It then should print thecorresponding student’s details such as Name and Major if the user providedStudent ID number is present in the stored data. If the user’s Student IDnumber does not…

(a) Algebraically determine the output state |q3q2q1q0> (which is a 4-qubitvector in 16-dimensional Hilbert space). Show all steps of your calculations. (b) Run a Qiskit code which implements the circuit and append threemeasurement gates to measure the (partial) output state |q2q1q0> (which is a 3-qubit vector in 8-dimensional Hilbert space). this is for quantum soft dev class, you can use stuff like Deutsch Jozsa if u want