5.7 Multiple Choice Questions

Welcome to Big Idea 5 AP Computer Science Principles Multiple Choice Questions! Grab some paper and a pencil 📄 to record your answers as you go. You can see how you did on the Big Idea 5 Practice Questions Answers and Review sheet once you're done. Don't worry, we have tons of resources available if you get stumped 😕 on a question. And if solo study is not your thing, join a group in Hours! Not ready to take a quiz yet? Take a look at the Intro to Big Idea 5.

Facts about the test: The AP CS: Principles exam has 70 multiple choice questions and you will be given 2 hours (120 minutes) to complete the section. That means it should take you around 10 minutes to complete 6 questions. *The following questions were not written by College Board and, although they cover information outlined in the AP Computer Science Principles Course and Exam Description, the formatting on the exam may be different.

A. The acceptance of fault (errors) between calculations

B. The ability to communicate even when part of the connection is down.

C. the amount of tolerance that will be allowed between programmer experiences

D. the difference between significant digits & the answer calculated in a program

A. use images to show program features

B. write the Interface in Spanish & Chinese (most common worldwide)

C. use an Application Programming Interface to work with a translation site as needed

D. give a link to an online dictionary

A. help banks decrease the % of customers who default on loans

B. helping medical professionals use patterns in health issues to benefit standard of life for their patients

C. help companies make a replacement schedule for parts & equipment to decrease the amount of downtime for repairs

D. help a business predict what to make & when to maximize profit

A. to confirm patterns from small data sets

B. to gain insight that smaller subsets of data might not provide

C. to help predict problems in the metadata

D. to obtain economies of scale with hardware needed to store the data based on Moore's law

A. kind of like a vaccine for a computer

B. instructions for the user to follow in the case of a vius on their machine

C. program that searches hard drives to find/prevent adware and spyware

D. software that never needs to be updated... it catches problems on the computer

A.  bots search for malware-detecting software that is out of date & prevents the uploading of new versions without the owner knowing

B. the targeted site is flooded with too many false requests and crashes

C. firewalls are deactivated so malware can enter the network

D. sensitive data is not encrypted before being transmitted over the Internet, making it vulnerable to interception

A. Application Programming Interface

B. Automated Program Interface

C. Automatic Problem Interaction

D. Application Primary Interaction

A. notify IETF, the organization that maintains names on the internet

B. the organization can start using the new name immediately since only the top-level domain changed

C. register the new name with a DNS (Domain name system) site

D. post the new name on the organization's website up to 10 days prior to the switchover

A. it is risky for decision making if the data is interpreted incorrectly

B. it tells companies what customers want to see on the website, whether true or not

C. it makes train staff on mining strategies necessary

D. allows companies to process large amounts of data to look for patterns or connections.

A. people are sharing content without the author/owner's permission

B. people are modifying other people's creations & claiming the Creative Commons licensing allows it

C. people are being discovered for their music because others are posting it to music-sharing sites

D. artists are adding their music to streaming services with Creative Commons licensing

A. controlled intellectual property sharing

B. licensing stipulations that allow incorporating music into other artforms

C. music & movie downloads & streaming services not charging enough for their services

D. peer-to-peer networks used for illegal file sharing

A. The sum of two binary digits

B. a value to represent if a switch is on or off

C. the MOD value when dividing a whole number by 2

D. the outcome of a boolean calculation

A. it connects software companies providing pre-written & tested code available for use

B. it allows programmers to share their code via the API for others to test

C. it provides algorithms for difficult code to be reviewed

D. it provides documentation programmers can use for their programs rather than creating their own

A. it is shorter than other ciphers

B. it uses an asymmetric key, making it easier to decrypt

C. it used a symmetric key, making it harder to decrypt

D. It cannot be broken with brute force techniques

A. storing information "up in the clouds" so everyone can access information

B. shares resources rather than having local servers handle the applications

C. local servers are used but can communicate as needed

D. personal devices must be carried around to access information