describe how prime numbers or quadratic congruence can be used to crack an encryption system?

Expert Solution

The question says how prime numbers or quadratic congruence can be used to crack the encryption system. As prime numbers in nowadays have the most usual type of encryption in the market that uses the RSA algorithm that was named after three mathematicians.

This RX algorithm allows the message to get encrypted without knowing the sender about the keys and security services. First, after selecting two prime numbers it's multiplied to get 187. The second number is the smallest one. As the product of two always comes out to be unique that is called semi prime which is multiplied to obtain them that is never divisible by composite number. The address encryption mathematically evaluates, suppose it too mechanically performs things more complex and can be shared openly because someone who is having multiplicands in hand cannot work out what the second one is. Also, these algorithms using techniques and precision helps out to crack the entire encryption system.

*Please give an upvote if you find this solution helpful.

venereology answered 2 months ago

Given two prime numbers 17 and 19. Compute the encryption and the decryption keys using RSA...

Given two prime numbers 17 and 19. Compute the encryption and the decryption keys using RSA algorithm.

In Week 4 we learned about quadratic equations. In physics a quadratic equation can be used...

In Week 4 we learned about quadratic equations. In physics a quadratic equation can be used to model projectile motion. Projectile motion can describe the movement of a baseball after it has been hit by a bat, or the movement of a cannonball after it has been shot from a cannon. A penny falling from the Empire State Building can even be modeled with this equation! The projectile motion equation is s(t)=-16t^2+vt+h where s(t) represents the distance or height of...

import math print("RSA ENCRYPTION/DECRYPTION") print("*****************************************************") #Input Prime Numbers print("PLEASE ENTER THE 'p' AND 'q' VALUES BELOW:")...

import math print("RSA ENCRYPTION/DECRYPTION") print("*****************************************************") #Input Prime Numbers print("PLEASE ENTER THE 'p' AND 'q' VALUES BELOW:") p = int(input("Enter a prime number for p: ")) q = int(input("Enter a prime number for q: ")) print("*****************************************************") #Check if Input's are Prime '''THIS FUNCTION AND THE CODE IMMEDIATELY BELOW THE FUNCTION CHECKS WHETHER THE INPUTS ARE PRIME OR NOT.''' def prime_check(a): if(a==2): return True elif((a<2) or ((a%2)==0)): return False elif(a>2): for i in range(2,a): if not(a%i): return false return True check_p =...

(Elgamal encryption): given elgamal encryption ciphersystem: a)show how can we create a new legal encryption from...

(Elgamal encryption): given elgamal encryption ciphersystem: a)show how can we create a new legal encryption from two different encryptions that we don't know their decryptions b)how can an adversary take advantage of the scheme at a) (what's written above), in order to attack a preknown encrypted text? elaborate

List some examples explaining how quadratic equations are used in business.

How is a combination lock with two numbers (0 and 1) similar to bit encryption, given...

How is a combination lock with two numbers (0 and 1) similar to bit encryption, given we had the ability to add as many wheels as we wanted?

In Expert System, Describe by way of examples of how an expert system could be used...

In Expert System, Describe by way of examples of how an expert system could be used in each of the FOLLOWING AREAS: (1). Prediction (2). Human Resource Management (3). Production (4). Accounting

please describe below technology used, benefit, issue and conclusion in your words Technology Used Encryption was...

please describe below technology used, benefit, issue and conclusion in your words Technology Used Encryption was almost exclusively used only by governments and large enterprises until the late 1970s when the Diffie-Hellman key exchange and RSA algorithms were first published -- and the first personal computers were introduced. By the mid-1990s, both public key and private key encryption were being routinely deployed in web browsers and servers to protect sensitive data. Devices like modems, set-top boxes, smartcards and SIM cards...

Describe System Development Life Cycle (SDLC) and how it is used.

Describe (150 to 180 words) how the assigning of numbers in the Chart of Accounts can...

Describe (150 to 180 words) how the assigning of numbers in the Chart of Accounts can assist in identifying accounts particularly with regard to organisations with many locations.

Question