Arithmetic operations in a programming language

Quick links

3.1

Programming

3.2.1

Data types

3.2.2

Programming concepts

3.2.3

Arithmetic operations

3.2.4

Relational operations

3.2.5

Boolean operations

3.2.6

Data structures

3.2.7

Input/output and file handling

3.2.8

String handling operations

3.2.9

Random number generation

3.2.10

Subroutines

3.2.11

Structured programming

3.2.12

Robust and secure programming

3.3.13

Classification of programming languages

 

Syllabus content

… Instructions here …
Content   Additional Information

Be familiar with and be able to use:

• equal to
• not equal to
• less than
• greater than
• less than or equal to
• greater than or equal to.

 

Integer division, including remainders is usually a two stage process and uses modular arithmetic:

eg the calculation 11/2 would generate the following values:

Integer division: the integer quotient of 11 divided by 2 (11 DIV 2) = 5

Remainder: the remainder when 11 is divided by 2 (11 MOD 2) = 1

 

Arithmetic operations in a programming language

Arithmetic operations in a programming language

Arithmetic operations in a programming language.

 

 

3.1 Fundamentals of algorithms

3.2 Programming

3.3 Fundamentals of data representation

3.4 Computer systems

3.5 Fundamentals of computer networks

3.6 Fundamentals of cyber security

3.7 Ethical, legal and environmental impacts of digital technology on wider society, including issues of privacy

3.8 Aspects of software development

Glossary and other links

Glossary of computing terms.

AQA 8520: The 2016 syllabus

AQA pseudocode guide