Overloading the method Program plan: Filename: “FormLetterWriter.java” Define the “FormLetterWriter” class Define the main method. Call the “displaySalutation” method with single parameter. Call the “displayLetter” method. Call the “displaySalutation” method with two parameters. Call the method “displayLetter”. Define the “displaySalutation” method Display the “Dear Mr. or Ms.” followed by last name. Define the “displaySalutation” method Display the first name followed by last name. Define the “displayLetter” method Display the statement.

Question

We are considering the RSA encryption scheme. The involved numbers are small, so the communication is insecure. Alice's public key (n,public_key) is (247,7). A code breaker manages to factories 247 = 13 x 19 Determine Alice's secret key. To solve the problem, you need not use the extended Euclid algorithm, but you may assume that her private key is one of the following numbers 31,35,55,59,77,89.

Answer 1

Question

Chapter 4, Problem 1PE

Program Plan Intro

Overloading the method

Program plan:

Filename: “FormLetterWriter.java”

Define the “FormLetterWriter” class

Define the main method.

Call the “displaySalutation” method with single parameter.

Call the “displayLetter” method.

Call the “displaySalutation” method with two parameters.

Call the method “displayLetter”.

Define the “displaySalutation” method

Display the “Dear Mr. or Ms.” followed by last name.

Define the “displaySalutation” method

Display the first name followed by last name.

Define the “displayLetter” method

Display the statement.

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We are considering the RSA encryption scheme. The involved numbers are small, so the communication is insecure. Alice's public key (n,public_key) is (247,7). A code breaker manages to factories 247 = 13 x 19 Determine Alice's secret key. To solve the problem, you need not use the extended Euclid algorithm, but you may assume that her private key is one of the following numbers 31,35,55,59,77,89.

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