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Eccouncil 212-81 Exam - Topic 6 Question 33 Discussion

In order to understand RS
B) Ce mod n
A) you must understand the key generation algorithm as well as the encryption and decryption algorithms. Which one of the following equations describes the encryption process for RSA?
A) Me mod n
C) y2 = x3 + Ax + B
D) P = Cd mod n

Eccouncil 212-81 Exam - Topic 6 Question 33 Discussion

Actual exam question for Eccouncil's 212-81 exam
Question #: 33
Topic #: 6
[All 212-81 Questions]

In order to understand RS

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Suggested Answer: B

by Shalon at May 20, 2024, 01:11 AM

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Rory
8 months ago
D is just the decryption process, not encryption!
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Verona
8 months ago
Wait, are we sure about B? Seems too simple.
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Dannette
8 months ago
C is for elliptic curves, not RSA!
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Charisse
8 months ago
I thought it was A at first, but B makes more sense.
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Caren
8 months ago
It's definitely B, that's the RSA encryption formula!
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Stephaine
9 months ago
I’m confused about the options. I thought the encryption was more about using the public key, but I can't remember the exact formula.
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Donte
9 months ago
I feel like I’ve seen a similar question before, but I can't recall the exact equation. Was it something like Me mod n?
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Emilio
9 months ago
I remember something about 'C' being the ciphertext and 'e' being the exponent in the RSA formula, so maybe it's option B?
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Carman
9 months ago
I think the encryption process involves raising the message to a power, but I'm not sure if it's 'e' or something else.
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Tamra
9 months ago
Ah, I remember learning about this in class. The encryption process for RSA is described by the equation in option B.
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Sarah
9 months ago
Okay, the key is to focus on the encryption equation. I think option B looks right, but I'll double-check the details.
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Willodean
9 months ago
Hmm, I'm a bit unsure about the encryption process for RSA. Let me think this through carefully.
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Kerrie
9 months ago
This question seems straightforward, I'm pretty confident I can solve it.
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Lashawn
9 months ago
Hmm, I'm a bit unsure about this one. I know we need to prevent the Physical Mapping Design from being modified, but I'm not sure which option is the best way to do that. I'll have to carefully read through the choices.
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Nida
10 months ago
I think the key here is to understand the requirements and limitations of the Playbook. The question mentions it's for manual vCPU reduction, so options B, C, and D all seem plausible. I'll need to carefully consider each one.
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Sherly
10 months ago
Hmm, I'm not sure how to save the message as a text file. I'll need to double-check the instructions.
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Anthony
2 years ago
D sounds legit. Isn't that the decryption equation? I better double-check my formulas though, just to be sure.
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Fatima
2 years ago
C? What is this, elliptic curve cryptography? This is an RSA question, people! *chuckles*
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Hubert
2 years ago
C? What is this, elliptic curve cryptography? This is an RSA question, people! *chuckles*
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Nichelle
2 years ago
D) P = Cd mod n
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Torie
2 years ago
C) y2 = x3 + Ax + B
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Carma
2 years ago
B) Ce mod n
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Celestine
2 years ago
A) Me mod n
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Milly
2 years ago
B has got to be the one. Isn't that the standard RSA encryption formula? I could be wrong, but it sounds familiar.
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Rupert
2 years ago
B has got to be the one. Isn't that the standard RSA encryption formula? I could be wrong, but it sounds familiar.
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Lenna
2 years ago
B) Ce mod n
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Harley
2 years ago
A) Me mod n
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Rodrigo
2 years ago
B has got to be the one. Isn't that the standard RSA encryption formula? I could be wrong, but it sounds familiar.
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Desire
2 years ago
B) Ce mod n
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Elena
2 years ago
A) Me mod n
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Hayley
2 years ago
B has got to be the one. Isn't that the standard RSA encryption formula? I could be wrong, but it sounds familiar.
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Tina
2 years ago
B) Ce mod n
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Pok
2 years ago
A) Me mod n
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Mertie
2 years ago
Option A? That's the encryption equation, right? I'm pretty sure I remember that from my RSA notes.
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Dorathy
2 years ago
Understanding the encryption and decryption processes is key to grasping how RSA works.
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Chandra
2 years ago
Exactly. It's a crucial step in the RSA algorithm to ensure secure communication.
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Deeanna
2 years ago
And the result is the encrypted message that can only be decrypted with the corresponding private key.
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Lucia
2 years ago
That's right. It involves raising the message to the power of e and then taking the modulus n.
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Danilo
2 years ago
So, to encrypt a message in RSA, you use the equation Me mod n.
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Carlene
2 years ago
That's right, option A is the encryption equation in RSA.
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Tatum
2 years ago
Yes, option A is correct. It represents the encryption process in RSA.
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Ariel
2 years ago
Yes, option A is correct. It represents the encryption process in RSA.
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