Let’s Do It Activities Designed as lesson starters for component 2, this free resource is from the Data Representation set. The set, on sale for £4, shows the different methods for converting data in the 9-1 specification, illustrated through worked examples and a suggested approach, with three practice questions that students can work on independently. In my lessons, I will have a folder with the solutions in so that students can self-mark once they have completed the activity. Thanks for interest in this resource.

A simple resource to help students remember how to convert from Hexadecimal into Decimal number (denary), and from Decimal number (denary) into Hexadecimal. As there are no calculators in the exam this year, it would help if students could refer to the 16 times table quickly when converting.

GCSE Business - 1.3 Costs - Scaffolded resource for EAL student, using a ‘in pictures, in words, in example’) approach. Trialling a new approach to assist SEN/EAL students understand basic principles of finance. More to follow soon.

How to: Use imported modules in a Python program Introductory lesson to: random time turtle tkinter Developing students use of the programming cycle: Analyse, Plan, Success Criteria, Develop, Test and Evaluate. Python code in notepad - copy and paste into Python.

Scheme of Work Differentiated Self-Assessment Checklist

Lesson plan introducing Dreamweaver & HTML Key Concept - linking together Computer Science, Digital Literacy and Programming.

End of Unit assessment for Algorithms. Practice: Binary searching Linear searching Bubble Sorting Merge Sorting Lists Merge Sorting Insertion Sorting

Algorithmic Thinking through Flowcharts and Python: Iteration A resource designed to teach complete novices how to think logically before attempting to write code in Python. This resource emphasises the importance of working out the algorithm using a flowchart, and gets students to practice writing the code before going onto Python (thus preventing the 'Rabbit in headlights' scenario).

Comparison of High Level Language, Assembly language and Low Level Language: Theory High - Python Assembly - Little Man Computer Low - Binary addition

Costs & Revenues Unit Lesson 3 Fixed Costs and Variable Costs Theory Task Video

Costs & Revenues Module Lesson 4 Direct & Indirect Costs Theory Task Homework

Costs & Revenues Module Lesson 2 Startup Costs & Operating Costs Theory Tasks Video

Lesson plan introducing HTML and use of layers, tables and templates. Key Concept - linking together Computer Science, Digital Literacy and Programming.

Break-Even Forecast See the chart appear in Excel as calculations are completed. Break-Even the visual way. Teacher solution. Example evidence of student work. Student worksheet.

Mid-unit assessment Uses Programming Cycle of Assessment Differentiated Based around a website students are currently developing in Dreamweaver.

Costs & Revenues Module Lesson 4 Total Costs and Calculations. Theory Differentiated task including calculations.

A revision sheet for Break-even.

This lesson looks at how changes in costs and price affect the break-even point. Using Excel to teach through practical activity, by the end of the lesson, students will be able to understand the affect of changes on the break-even point. Excel Worksheet (with teacher solution) Student worksheet Example evidence of tasks in Microsoft Word. Visual representation, calculations and formula: Break-even Point: a) What happens if the variable costs increase/decrease? b) what happens if the fixed costs increase/decrease? c) What happens if the selling price increases/decreases?

How much do students remember from lessons on break-even? Use these homework tasks to check their understanding.

BTEC Business - Unit 2 Business Finance LA.B1 Breakeven Assessing student progress with break-even analysis: Key term definition Label and interpret chart Calculate break-even point Assess the effect of cost and price change on the break-even point.