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APCSP 2.1.1 - 2.1.3 Review

Total questions: 20

Worksheet time: 1hrs 6mins

Name
Class
Date
1.

Information about an individual that identifies, links, relates, or describes them.

a)

phishing

b)

keylogging

c)

personally identifiable information (PII)

d)

malware

2.

A technique that attempts to trick a user into providing personal information. That personal information can then be used to access sensitive online resources, such as bank accounts and emails.

a)

phishing

b)

keylogging

c)

malware

d)

rogue access point

3.

The use of a program to record every keystroke made by a computer user in order to gain fraudulent access to passwords and other confidential information.

a)

rogue access point

b)

phishing

c)

malware

d)

keylogging

4.

Software intended to damage a computing system or to take partial control over its operation.

a)

phishing

b)

keylogging

c)

malware

d)

rogue access point

5.

A wireless access point that gives unauthorized access to secure networks.

a)

rogue access point

b)

malware

c)

phishing

d)

keylogging

6.

A process of encoding messages to keep them secret, so only "authorized" parties can read them.

a)

decryption

b)

encryption

c)

symmetric key encryption

d)

asymmetric key encryption

7.

A process that reverses encryption, taking a secret message and reproducing the original plain text.

a)

encryption

b)

public key encryption

c)

symmetric key encryption

d)

decryption

8.

Pairs a public key for encryption and a private key for decryption. The sender does not need the receiver's private key to encrypt a message, but the receiver's private key is required to decrypt the message.

a)

symmetric encryption

b)

asymmetric encryption

c)

encryption

d)

decryption

9.
Which of the following involves one key for both encryption and decryption?
a)
Public Key Encryption
b)
Symmetric Key Encryption
c)
Multi-factor Authentication
d)
Encryption
10.

the number of characters to shift the cipher alphabet

a)

Morse Code

b)

cipher

c)

decrypt

d)

key

11.

The Caesar cipher is a _____________

a)

substitution cipher

b)

military-grade encryption

c)

unbreakable code

d)

very difficult to decode

12.

Frequency analysis is

a)

determining the % of time a letter appears in a given language

b)

determining the % of times an encryption key is used

c)

determining how often a Caesar cipher is repeated

d)

a complex mathematical formula usually conducted using super computers

13.

A cipher is _________________________.

a)

a person who makes up secret codes

b)

an algorithm that is used to scramble text so that it can be passed in secret

c)

a lock that can be used to lock a message in a lock box

d)

any puzzle, such as a crossword or Sudoku puzzle

14.

A(n) ______ algorithm transforms cipher text to plain text.

a)

Encryption

b)

Decryption

15.

In Cryptography, original message, before being transformed, is called

a)

Simple Text

b)

Plain Text

c)

Cipher Text

d)

Filled Text

16.

In what way is multi-factor authentication (MFA) more secure than a password?

a)

MFA ensures that users are using a very strong password.

b)

MFA prevents the user from logging in over a rogue access point.

c)

MFA encrypts the user authentication data during the login process.

d)

MFA adds an additional level of security for an attacker to break through.

17.

Which of the following best describes symmetric key encryption?

a)

Uses different keys for encryption and decryption

b)

Requires a public key for encryption

c)

Uses the same key for both encryption and decryption

d)

Does not require any key

18.

Which of the following is an example of multi-factor authentication?

a)

password + security question

b)

username + password

c)

encryption + certificate authority

d)

IP address + password

19.

A process that takes plain text and producing a secret message

a)

symmetric encryption

b)

encryption

c)

decryption

d)

asymmetric encryption

20.

Which of the following best describes the process of decryption?

a)

Creating a new encryption algorithm

b)

Restoring cipher text back to its original plain text form

c)

Scrambling data to prevent unauthorized access

d)

Converting plain text into cipher text