This resource will provide you with a second quick test for the Networks unit. This resource consists of teacher answers and success criteria. Within here are two versions of the test, written and e-format, pdf of teacher answers and PowerPoint and for use in lessons either in the classroom or for home learning and videos for students.
Note that there are two versions here for the success criteria based on different exam boards.
This editable resource, comes with a colourful presentation and worksheets for class, including homework and lesson plan.
This is an introduction to algorithms in an easy to understand format for Year 9, but can be used for Year 8 also.
This is a must have for all Computer Science A Level teachers.
This is an easy to understand Binary Search Trees presentation with video to aid retention and student test sheet with teacher answer sheet.
This presentation details the following:
Depth First Algorithms
Pre-order Traversal
In-order traversal
Post-order traversal
Uses of traversals
This editable e-class and written class test versions of the Network Security unit, with teacher answers is aimed at GCSE (OCR) Computer Science. The paper is for a 40 minute test, with 24 marks awarded. A PowerPoint presentation with answers for further discussion in class is also provided, along with a video for students to use for revision and to aid with retention.
The test consists of a mixture of past paper questions and answers based on the 2015, 2017, 2018 and sample paper questions and answers:
Unit 1.4.1 - Threats to Computer Systems and Networks
Unit 1.4.2 - Identifying and Preventing Vulnerabilities
This 50 - 60 minute lesson will introduce programming to a younger audience. It is fun and easy.
This lesson is based on programming constructs such as iteration and sequencing and is a fast paced and thoughtful lesson, with extension exercises.
Included in this pack are the following:
A full lesson plan with answers
A full presentation with coded videos included
An answer key for the 2nd task
A task sheet
This is suitable for a Year 5 or 6 class as an introduction to movement and loops, however this can also be used for a Year 7 class as an introduction at secondary school.
This editable e-class and written class test versions of the Ethical, Legal, Cultural and Environmental Impacts of Digital Technology unit, with teacher answers is aimed at GCSE (OCR) Computer Science. The paper is for a 30 minute test, with 16 marks awarded. A PowerPoint presentation with answers for further discussion in class is also provided, along with a video for students to use for revision and to aid with retention.
The test consists of a mixture of past paper questions and answers based on the 2015, 2017, 2018 and sample paper questions and answers:
Unit 1.6.1 – Ethical, Legal, Cultural and Environmental Impacts
This editable e-class and written class test versions of the Computer Networks unit, with teacher answers is aimed at GCSE (OCR) Computer Science. The paper is for a 40 minute test, with 30 marks awarded. A PowerPoint presentation with answers for further discussions in class is also provided, along with a video for students to use for revision and to aid with retention.
The test consists of a mixture of past paper questions and answers based on the 2015, 2017, 2018 and sample paper questions and answers:
Unit 1.3.1 – Network Topologies
Unit 1.3.2 – Wired and Wireless Networks, Protocols and Layers
This editable e-class and written class test versionss of the Systems Software unit, with teacher answers is aimed at GCSE (OCR) Computer Science. The paper is for a 30 minute test, with 21 marks awarded. A PowerPoint presentation with answers for further discussion in class is also provided, along with a video for students to use for revision and to aid with retention.
The test consists of a mixture of past paper questions and answers based on the 2015, 2017, 2018 and sample paper questions and answers:
Unit 1.5.1 – Operating Systems
Unit 1.5.2 – Utility Software
This editable examination paper with teacher answers is aimed at AS Level Computer Science, it is the second exam paper in this series. The paper is for an exam of 1 hour, with 37 marks awarded. The exam consists of a mixture of past papers that include questions on the following:
Boolean operators
Storage capacity
Binary and hexadecimal
Binary addition
Logical shift
Arithmetic shift
Logical statement
ASCII
Twos complement
Sign and magnitude
This editable e-class and written class test versions, with teacher answers is aimed at GCSE (OCR) Computer Science. The paper is for a 30 minute test, with 21 marks awarded.
A PowerPoint presentation with answers for further discussions in class is also provided, as is a video to aid with retention.
The test consists of a mixture of past paper questions and answers based on the 2015, 2017, 2018 and sample paper questions and answers.
This test is based on the following criteria:
Image file types
Compression
Secondary storage
File capacity
RAM and ROM
Virtual Memory
This editable e-class and written test paper with teacher answers is aimed at GCSE (OCR) Computer Science and the Systems Architecture unit.
A PowerPoint presentation with answers for further discussions in class is also provided, along with a video for students to use for revision and to aid with retention.
The paper is for a 30 minute test, with 22 marks awarded. The test consists of a mixture of past papers that include questions on the following:
Unit 1.1.1 - Architecture of the CPU
Unit 1.1.2 - CPU Performance
Unit 1.1.3 - Embedded Systems
This test resource will provide you with a quick test for the Networks unit. This test can be used as a written version or as an e-test.
This is a first part test with teacher answers and success criteria. There is a PowerPoint and video attached for use in lessons either in the classroom or for home learning.
Note that there are two versions here for success criteria dependent on exam board criteria.
Questions include the following:
What is a network
What is a LAN
Advantages and disadvantages of a LAN
What is a router
What is a WAP
What is a switch
An Introduction to Python Lesson Two. This is the 2nd lesson in a series of 6 one-hour lessons, with full class presentation, lesson plan, and with fully tested codes for any teacher who has little experience of coding. Easy to follow programming, with all codes and tailor-made videos, to make teaching effortless.
This lesson covers:
Introduction to Python and IDLE
Declaring data types in code
The purpose of comments
Using casting
Understanding program cases
Global and Local variables
This Introduction to Python lesson is created to enable you to jump straight in with absolutely no specialist background whatsoever.
This lesson has been created to be 1 hour in length. However, this can be broken down due to the nature of the presentation and is fully editable for teacher use.
This is suitable for age ranges between Year 9 to 12 and for home schooling, but can be used for younger children, where applicable.
This package includes:
Extensive presentation
Full lesson plan
Full and extensive codes (no need to code yourself)
Practice session at the end of the lesson, this can be used for homework
An Introduction to Python Lesson Four. This is the 4th lesson in a series of 6 one-hour lessons, with full class presentation, lesson plan, and with fully tested codes for any teacher who has little experience of coding. Easy to follow programming, with all codes and tailor-made videos, to make teaching effortless.
This lesson covers:
Understanding lists
Creating lists
Sequence of a list
Varied list data types
List outputs
Checking a list
Appending a list
Inserting values into a list
This Introduction to Python lesson is created to enable you to jump straight in with absolutely no specialist background whatsoever.
This lesson has been created to be 1 hour in length. However, this can be broken down due to the nature of the presentation and is fully editable for teacher use.
This is suitable for age ranges between Year 9 to 12 and for home schooling, but can be used for younger children, where applicable.
This package includes:
Extensive presentation
Full lesson plan
Full and extensive codes (no need to code yourself)
Practice session at the end of the lesson, this can be used for homework
An Introduction to Python Lesson Three. This is the 3rd lesson in a series of 6 one-hour lessons, with full class presentation, lesson plan, and with fully tested codes for any teacher who has little experience of coding. Easy to follow programming, with all codes and tailor-made videos, to make teaching effortless.
This lesson covers:
Using strings and loops
Using len
Using slicing techniques
Working with arrays
Working with Boolean values
This Introduction to Python lesson is created to enable you to jump straight in with absolutely no specialist background whatsoever.
This lesson has been created to be 1 hour in length. However, this can be broken down due to the nature of the presentation and is fully editable for teacher use.
This is suitable for age ranges between Year 9 to 12 and for home schooling, but can be used for younger children, where applicable.
This package includes:
Extensive presentation
Full lesson plan
Full and extensive codes (no need to code yourself)
Practice session at the end of the lesson, this can be used for homework
An Introduction to Python Lesson Six. This is the 6th lesson in a series of 6 one-hour lessons, with full class presentation, lesson plan, and with fully tested codes for any teacher who has little experience of coding. This lesson is a programming test and it has full teacher Python code answers included. Easy to follow programming, with all codes and tailor-made videos, to make teaching effortless.
This lesson covers:
Class Test in Python Coding
This Introduction to Python lesson is created to enable you to jump straight in with absolutely no specialist background whatsoever.
This lesson has been created to be 1 hour in length. However, this can be broken down due to the nature of the presentation and is fully editable for teacher use.
This is suitable for age ranges between Year 9 to 12 and for home schooling, but can be used for younger children, where applicable.
This package includes:
Extensive presentation
Full lesson plan
Full and extensive codes (no need to code yourself)
A great class test that will take a whole lesson to complete
An Introduction to Python Lesson Five. This is the 5th lesson in a series of 6 one-hour lessons, with full class presentation, lesson plan, and with fully tested codes for any teacher who has little experience of coding. Easy to follow programming, with all codes and tailor-made videos, to make teaching effortless.
This lesson covers:
Looking at tuples
Creating tuples
Updating tuples with lists
Updating tuples with tuples
Deleting tuples
Looking at dictionaries
Creating and editing a dictionary
This Introduction to Python lesson is created to enable you to jump straight in with absolutely no specialist background whatsoever.
This lesson has been created to be 1 hour in length. However, this can be broken down due to the nature of the presentation and is fully editable for teacher use.
This is suitable for age ranges between Year 9 to 12 and for home schooling, but can be used for younger children, where applicable.
This package includes:
Extensive presentation
Full lesson plan
Full and extensive codes (no need to code yourself)
Practice session at the end of the lesson, this can be used for homework
Developing Python Lesson Two. This is a full lesson pack, with full class presentation, lesson plan, and with fully tested codes for any teacher that has started out on teaching the basics but is now ready to move up a step.
This lesson covers:
Getting to know Python loops
Understanding how to use While loops
Creating a One-Line loop
Creating an Infinite loop
Creating a command line interface with a while True loop
This lesson is the 2nd lesson in a follow-on series from the first six lessons of Introduction to Python
This Developing Python second lesson is created to enable you to jump straight in with absolutely no specialist background whatsoever.
This lesson has been created to be 1 hour in length. However, this can be broken down due to the nature of the presentation and is fully editable for teacher use.
This is suitable for age ranges between Year 9 to 12 and for home schooling, but can be used for younger children, where applicable.
This lesson covers:
Getting to know Python loops
Understanding how to use While loops
Creating a One-Line loop
Creating an Infinite loop
Creating a command line interface with a while True loop
This package includes:
Extensive presentation
Full lesson plan
Full and extensive codes (no need to code yourself)
Practice session at the end of the lesson, this can be used for homework
Developing Python Lesson One. This is a full first lesson pack, with full class presentation, lesson plan, and with fully tested codes for any teacher that has started out teaching Python basics, but is now ready to move up a step.
This lesson is a follow on lesson from the first six lessons of Introduction to Python
This lesson covers:
Boolean Functions
Understanding Comparison Operators
Understanding Logical Operators
Using if, elif and else
Using multiple conditions
Creating an INPUT function
Using INPUT with IF
This Developing Python first lesson is created to enable you to jump straight in with absolutely no specialist background whatsoever.
This lesson has been created to be 1 hour in length. However, this can be broken down due to the nature of the presentation and is fully editable for teacher use.
This is suitable for age ranges between Year 9 to 12 and for home schooling, but can be used for younger children, where applicable.
This package includes:
• Extensive presentation
• Full lesson plan
• Full and extensive codes (no need to code yourself)
Practice session at the end of the class, this can be used for homework
This lesson covers:
Boolean Functions
Understanding Comparison Operators
Understanding Logical Operators
Using if, elif and else
Using multiple conditions
Creating an INPUT function
Using INPUT with IF
Developing Python Lesson Three. This is a full 1 hour lesson pack, with full class presentation, lesson plan, and with fully tested codes for any teacher that has started out on teaching the basics but is now ready to move up a step.
This lesson covers:
Using For loops
Using iteration
Creating functions
Creating and understanding parameters
Understanding arguments
Creating functions independently
This lesson is the 3rd lesson following on from the original series of six lessons called Introduction to Python
This Developing Python 3rd lesson is created to enable you to jump straight in with absolutely no specialist background whatsoever.
This lesson has been created to be 1 hour in length. However, this can be broken down due to the nature of the presentation and is fully editable for teacher use.
This is suitable for age ranges between Year 9 to 12 and for home schooling, but can be used for younger children, where applicable.
This package includes:
Extensive presentation
Full lesson plan
Full and extensive codes (no need to code yourself)
Practice session at the end of the class, this can be used for homework
This lesson covers:
Using For loops
Using iteration
Creating functions
Creating and understanding parameters
Understanding arguments
Creating functions independently