Which of these are not High Level Language translators?

Assembly-to-High-Level-Language (AtHLL)

Translates code once, into executable code and never has to translate again. Errors are not highlighted and specified.

Translates Code each time it's run. This includes loops, running it for every count of the loop. Errors are displayed and explained.

Translates only Assembly Code into Machine Code once. Errors are corrected on the compiler's behalf.

Translates Code each time it's run. This includes loops, running it for every count of the loop. Errors are displayed and explained.

Translates code once, into executable code and never has to translate again. Errors are not highlighted and specified.

Translates only Assembly Code into Machine Code once. Errors are corrected on the interpreter's behalf.

The first generation of programming languages is:

Used with the help of punch cards

Made up of High Level Languages

The Second Generation of Programming Languages is:

Mostly made up of Assembly Code

Made up of Declarative statements

Mostly Made up of Machine Code and Binary

Made up of Imperative Statements

The Third Generation of Programming Languages is:

Imperative, meaning that the programmer must control everything happening.

Declarative, meaning that the programmer can automate certain tasks.

Mostly Made up of Assembly Code

only made up of complex programming structures.

The Fourth Generation of Programming Languages is:

Declarative, meaning that the programmer can automate certain tasks.

Imperative, meaning that the programmer must control everything happening.

Mostly Made up of Assembly Code

only made up of complex programming structures.

What is the Opcode of an Assembly instruction?

The instruction itself, instructing which process is to be carried out.

The Comment of an Assembly Instruction

The data which is meant to have an instruction processed on it.

The process where an instruction is fetched and executed.

What is the Operand of an Assembly instruction?

The data which is meant to have an instruction processed on it.

The Comment of an Assembly Instruction

The instruction itself, instructing which process is to be carried out.

The process where an instruction is fetched and executed.

Immediate Addressing in an Operand means that:

the Operand has just been created by the program, and is not contained in any memory. This is usually used with a '#' before.

The address which immediately sends you to the location.

The Operand has been fetched from memory or storage and is being used from its location

A symbol meant to represent the data to be processed.

Direct Addressing in an Operand means that:

The address which directly sends you to the location.

The Operand has been fetched from memory or storage and is being used from its location

the Operand has just been created by the program, and is not contained in any memory. This is usually used with a '#' before.

A symbol meant to represent the data to be processed.

Symbolic Addressing in an Operand means that:

A symbol meant to represent the data to be processed.

The address which directly sends you to the location.

The Operand has been fetched from memory or storage and is being used from its location

the Operand has just been created by the program, and is not contained in any memory. This is usually used with a '#' before.

What is a dry run and how can it be done?

When the programmer writes down how each variable changes throughout the program in order to understand how the computer processes each instruction. This is usually done with a trace table.

Running a High Level Language in a Lower one, but not machine code, in order to get a better idea of how the code works. This is done with High to Low Level Translators

When the programmer allows the program to run over a long period of time in order to find out whether the outcome changes. This can be done with any IDE.

When a program is erased of all memory locations which are replaced with new contents to find whether the old contents were the issue. Usually done with RAM altering software.

What is the function of this assembly code? (You are permitted and encouraged to use a trace table)

Adds num1 to num2 and doubles the answer.

Adds 2 to the result of num1 and num2.

Adds num1 to num2 and stores the answer in A (Accumulator)

Adds num1 to num2 and halves the answer

What is the difference between Data Verification and Validation?

Verification is done by the user inputting the data and has very few methods for checking, while validation is done by a computer and has a multitude of methods for checking the data.

Verification is more reliable than validation since it has a higher chance of finding an error.

Verification is done while the data is being entered while validation is done while data is being processed.

Verification is done by the computer outputting data and having it be checked before being printed. Validation is done by the user while the data is being input.

Select the Verification Checks:

Proofreading done by another person

A set of computers communicating with each other and sharing data, hardware, power etc.

It is another version of the Internet, except localised.

A set of computers able to view each other's resources, and nothing else.

A search engine where information from various sources can be found.

What can be shared withing a Network?

Hardware, Processing Power, Entire Systems, Files, and other resources.

Battery, Processing Power, CPU cores, Clock Speed and Operating Systems

Monitors, Printers, Mice, Keyboards, Speakers and other Input/Output devices.

Nothing can be shared across a network, since a third party specialised modem is necessary.

Which of these are advantages to networks?

Sharing of resources on a network.

Communication with other computers on the network.

Centralised databases, servers, updates and maintenance.

Better security since networks are more private.

Which of these are disadvantages to a network?

Less secure and more prone to hacking

Data is harder to access since more encryption is used.

Advantages to a Wireless Network include:

Allowing the users to move freely without disrupting the connection

Allowing users to join and leave a network as they please

Transfer Rate is increase and allows for communication to be done quickly and on a large scale.

Disadvantages to a Wireless Network include:

Connection becomes weaker with each new node

Radio Waves are prone to electromagnetic interference.

Easier to intercept radio waves

Networks cannot share any resources over a wireless connection

The maximum amount of data that can be transferred over a period of time.

The rate of transferal of data over networks.

The width of a wire measured in cm, used to calculated how many lines transfer a number of bits over time.

The rate of transferal of data over networks.

The maximum amount of data that can be transferred over a period of time.

A group of bauds which all travel along one baud rate.

A set of rules that control and govern communications

The code that should be run on a network when a certain group of conditions is passed

The Hyper-Text Transfer Protocol, used on the Internet

Not important to the network, as long as there is a safety key.

A hardware device which connects a node to the network, exchanging a set of packets.

A type of GPS which is more location specific and has more general uses, such as messages and video viewers.

A device which is similar to a MODEM, in how it converts signals from analogue to digital, and sometimes does the opposite.

A path finding software which allows the user to view servers within an area in a network

What is Data Security?

The protection of data from unwanted viewers and possibly hazardous individuals.

The Security of Documents and Data which are kept in physical locations and need to be secure.

The Process of Backing Up data to a cloud or separate drive in order to prevent the loss of data.

Locking Data with a digital key in order to keep it secure. No one can access this data.

What is Data Integrity?

The Correctness, Validity, and Accuracy of Data

The Process of Backing Up data to a cloud or separate drive in order to prevent the loss of data.

The protection of data from unwanted viewers and possibly hazardous individuals.

The confidence levels of how correct and accurate data may be. If Data Integrity is low, it may mean that data is old and requires updating.

Computing year 11

Quiz

•

Computers

•

11th Grade

•

Practice Problem

•

Medium

Liam Attard

Used 8+ times

FREE Resource

90 questions

Show all answers

MULTIPLE CHOICE QUESTION

30 sec • 1 pt

Why aren't natural (human) languages suitable for instructing a computer?

Computers cannot understand all natural languages in the same way

General ambiguity present in natural languages

Errors in translation make natural languages unreliable

This is not true, natural languages can be used and suitable for computers

Answer explanation

Ambiguity in natural languages means that the reason behind certain phrases may not remain the same, depending on context. Ex: Synonyms

MULTIPLE CHOICE QUESTION

45 sec • 1 pt

What are programming languages and what are they used for?

A specific set of instructions put together in order to create a makeshift language. The instructions can only be understood by one CPU and vary across different companies

Languages written for direct translation into a language the computer can understand used to write programs/software

Languages spoken by programmers to avoid confusion when communicating program documentation in technical terms

Languages which are only understood by computers and written by them (A.I.). This is also called a computerisation process.

MULTIPLE CHOICE QUESTION

45 sec • 1 pt

What are the differences between programming languages and natural languages?

Programming languages can only have one meaning and follow strict syntax. Natural languages may have more than one meaning depending on context and grammar

Programming languages are made for programmers, while natural languages are made for other people

Natural languages are strict in grammar and do not allow room for error while programming languages are easy to read and understand

Programming languages always use a binary system (1/0) while natural languages always use an alphabet

Answer explanation

Syntax is a strict set of rules that code must follow in order to be executed correctly. This helps code to be clear and precise in its intentions

FILL IN THE BLANK QUESTION

1 min • 1 pt

A __ _ (programming) ______ is a programming language which is object oriented, that enables a programmer to write instructions which are independent from the computer architecture. This kind of programming language uses English-like statements.

Answer explanation

Object Oriented: Objects are created in HLL programming languages. (Ex: Car Object)
Computer Architecture: Hardware components of a computer. (Ex: CPU)

FILL IN THE BLANK QUESTION

1 min • 1 pt

A _ _ (programming) ______ is a programming language which is closely related to the architecture of a computer. This kind of programming language is harder to understand than its counterpart which uses English-like statements.

Answer explanation

Computer Architecture: The hardware components inside a computer. (Ex: RAM)

MULTIPLE SELECT QUESTION

45 sec • 1 pt

Some Examples of High Level Languages include:

Python

Arthron

Assembly

Java

Answer explanation

Arthron does not exist and Assembly is not a High Level Programming Language.

MULTIPLE SELECT QUESTION

45 sec • 1 pt

Some Examples of Low Level Languages include:

Machine Code

COBOL

Java

Assembly

Answer explanation

Machine Code: Binary
Assembly: Instructions written in mnemonics. (Ex: LDA, ADD, MUL, JNZ)

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Computing year 11

90 questions

Why aren't natural (human) languages suitable for instructing a computer?

Ambiguity in natural languages means that the reason behind certain phrases may not remain the same, depending on context. Ex: Synonyms

What are programming languages and what are they used for?

What are the differences between programming languages and natural languages?

Syntax is a strict set of rules that code must follow in order to be executed correctly. This helps code to be clear and precise in its intentions

A __ _ (programming) ______ is a programming language which is object oriented, that enables a programmer to write instructions which are independent from the computer architecture. This kind of programming language uses English-like statements.

Object Oriented: Objects are created in HLL programming languages. (Ex: Car Object)
Computer Architecture: Hardware components of a computer. (Ex: CPU)

A _ _ (programming) ______ is a programming language which is closely related to the architecture of a computer. This kind of programming language is harder to understand than its counterpart which uses English-like statements.

Computer Architecture: The hardware components inside a computer. (Ex: RAM)

Some Examples of High Level Languages include:

Arthron does not exist and Assembly is not a High Level Programming Language.

Some Examples of Low Level Languages include:

Machine Code: Binary
Assembly: Instructions written in mnemonics. (Ex: LDA, ADD, MUL, JNZ)

High Level Languages do not need to be translated, and can be understood directly by a computer.

Low Level Languages do not need to be translated and can be understood by the computer directly.

A program written in a High Level Language is written in a code that requires translation. This raw code is called:

Create a free account and access millions of resources

Similar Resources on Wayground

Popular Resources on Wayground

Discover more resources for Computers

Computing year 11

90 questions

Why aren't natural (human) languages suitable for instructing a computer?

Ambiguity in natural languages means that the reason behind certain phrases may not remain the same, depending on context. Ex: Synonyms

What are programming languages and what are they used for?

What are the differences between programming languages and natural languages?

Syntax is a strict set of rules that code must follow in order to be executed correctly. This helps code to be clear and precise in its intentions

A ____ _____ (programming) ________ is a programming language which is object oriented, that enables a programmer to write instructions which are independent from the computer architecture. This kind of programming language uses English-like statements.

Object Oriented: Objects are created in HLL programming languages. (Ex: Car Object)Computer Architecture: Hardware components of a computer. (Ex: CPU)

A ___ _____ (programming) ________ is a programming language which is closely related to the architecture of a computer. This kind of programming language is harder to understand than its counterpart which uses English-like statements.

Computer Architecture: The hardware components inside a computer. (Ex: RAM)

Some Examples of High Level Languages include:

Arthron does not exist and Assembly is not a High Level Programming Language.

Some Examples of Low Level Languages include:

Machine Code: BinaryAssembly: Instructions written in mnemonics. (Ex: LDA, ADD, MUL, JNZ)

High Level Languages do not need to be translated, and can be understood directly by a computer.

Low Level Languages do not need to be translated and can be understood by the computer directly.

A program written in a High Level Language is written in a code that requires translation. This raw code is called:

Create a free account and access millions of resources

Similar Resources on Wayground

Popular Resources on Wayground

Discover more resources for Computers

A __ _ (programming) ______ is a programming language which is object oriented, that enables a programmer to write instructions which are independent from the computer architecture. This kind of programming language uses English-like statements.

Object Oriented: Objects are created in HLL programming languages. (Ex: Car Object)
Computer Architecture: Hardware components of a computer. (Ex: CPU)

A _ _ (programming) ______ is a programming language which is closely related to the architecture of a computer. This kind of programming language is harder to understand than its counterpart which uses English-like statements.

Machine Code: Binary
Assembly: Instructions written in mnemonics. (Ex: LDA, ADD, MUL, JNZ)