IB Maths AI HL - Complete NotesQuick View
jwmcrobertjwmcrobert

IB Maths AI HL - Complete Notes

5 Resources
If you want a preview, try the first (SL) topic of the new course for free Handwritten notes on the recently changed syllabus for IBDP Maths for first exams in 2021 - this is the Applications and Interpretation HL course (A&I HL / AIHL). It is 112 pages long - 19 on Algebra, 16 on Functions, 26 on Trig/Geometry, 28 on Stats/Probability, 23 on Calculus. So it is far more concise than the ~1000 pages of an HL textbook. It is split into 5 topics, which all have the SL content within them as a subset. There will also be significant overlap with the Analysis & Approaches course. This is the final course of the four that we have in this shop, finished in time for the 2023 May exams. It contains many concepts not touched by the old core courses at all, like graph theory, voronoi diagrams, matrices, phase portraits, etc. TOPICS: 1 - Algebra 2 - Functions 3 - Trigonometry and Geometry 4 - Statistics and Probability 5 - Calculus Please ‘follow’ my shop, so you will be notified when other notes become available in the future. Please let me know if you have any feedback or improvements that could be made.
IB Maths AA SL - Complete NotesQuick View
jwmcrobertjwmcrobert

IB Maths AA SL - Complete Notes

5 Resources
Handwritten notes on the new syllabus for IBDP Maths for 2021 - Analysis & Approaches SL (AA SL). It is 59 pages - 11 on Algebra, 12 on Functions, 8 on Trig, 14 on Statistics, 14 on Calculus. Each topic is carefully organised, with the subtopic numbers very clearly marked on each page, related to the exact numbers given in the official syllabus document. The first topic is available for free here, if you want to give it a preview before buying the whole thing. I have now finished the A&A HL notes as well, and will now be working on A&I SL notes.
IB Maths AA HL - Complete NotesQuick View
jwmcrobertjwmcrobert

IB Maths AA HL - Complete Notes

5 Resources
If you want a preview, try the first (SL) topic of the new course for free Handwritten notes on the new syllabus for IBDP Math for 2021 - Analysis & Approaches HL (A&A HL). It is 111 pages - 24 on Algebra, 19 on Functions, 22 on Trigonometry, 16 on Statistics, 30 on Calculus. So it is far more concise than the ~1000 pages of an HL textbook. It is split into 5 topics, which all have the SL content within them. There will also be significant overlap with the Applications and Interpretations course. I wrote and sold notes for the old IB courses, which have been fairly successful, so I am in the process of writing notes for the new courses, from scratch. TOPICS: 1 - Algebra 2 - Functions 3 - Trigonometry and Geometry 4 - Statistics and Probability 5 - Calculus Please ‘follow’ my shop, so you will be notified when other notes become available over the next few months. Please let me know if you have any feedback or improvements that could be made.
GCSE Maths Revision: Target Grade 7Quick View
FlowMathematicsFlowMathematics

GCSE Maths Revision: Target Grade 7

20 Resources
A collection of 20 well thought out GCSE maths worksheets with answers carefully designed to help students aiming for grade 7.   Thorough, comprehensive and structured to increase in difficulty gradually, beginning with scaffolded intro examples and building up to challenging extension questions that really get them thinking.   Bundle includes: Algebraic fractions Area of a triangle using trigonometry Calculating with bounds Composite fractions Direct and inverse proportion Enlargement (area and volume) Evaluating fractional indices Exponential growth and decay Quadratic equations where a>1 Histograms Inequalities on graphs Inverse functions Perpendicular lines Quadratic formula Rationalising the denominator Rearranging formulas (factorising needed) Sine and cosine rules Surds Transformations of graphs
Roots and Turning Points of Quadratic Graphs (pptx)Quick View
A_GualdaA_Gualda

Roots and Turning Points of Quadratic Graphs (pptx)

(0)
Higher level GCSE Algebra. Using the Quadratic Formula. The presentation shows graphically what the Roots and Turning points of Quadratic Graphs are. Then takes students through an example of solving a quadratic using the formula and relate it to the graph. Finally substituting to find the turning point.
Quadratic, Cubic, Reciprocal, Exponential Graphs!Quick View
stephigittinsstephigittins

Quadratic, Cubic, Reciprocal, Exponential Graphs!

(2)
When planning lessons with graphs, I find it so difficult to find differentiated questions with simple worksheets and answers included! So I have made this, and hopefully it will help some of you too! I used this with my middle ability year 10, and it was the first time they had seen all of these graphs, apart from a quadratic. All lessons include: 5 a day starter, Learning objectives and progress tick slide, Fully animated and simple examples, Worksheets ready to print (so no time wasted drawing axes), Answers for each graph! Lesson 1: Quadratic graphs! Recaps how to generate coordinates from an equation, examples of plotting graphs, differentiated questions with exam style questions to extend. Lesson 2: Cubic & Reciprocal graphs! Examples of how to generate and plot each graph. Worksheets WITH answers on each. Slides to print off as worksheets at the end of the presentation. Lesson 3: Exponential graphs! Examples of how to generate coordinates and plot graph, includes worksheet at the end of the presentation, answers of course and exam style questions to extend! Please feel free to edit these resources for your needs. If you like them, or think there is anything else I can do to improve them, rate or comment! Thanks =]
Solving Equations with IndicesQuick View
Outstanding_ResourcesOutstanding_Resources

Solving Equations with Indices

(2)
This is a whole lesson looking at Solving Equations with Indices or Powers. The lesson includes looking at the different index laws required as well as the rearranging skills required. This is a fantastic subject and the lesson looks at the different style of questions that can be asked. Ready to go and no prep required. This lesson is also great for home learning. 20 slide presentation + extra resources This lesson involves: a starter learning objectives (differentiated) keywords superb teaching slides lots of examples to model different questions embedded AFL questions to judge understanding Worksheet (very detailed with answers) Helpsheet (with index rules to support student notes) Matching Activity (with answer key) a plenary (fun little challenge) ALL LESSONS on Number in one MEGA BIG Bundle: Number: All Lessons + All Resources LASTLY: This lesson is flat packed for copyright purposes Please provide a RATING with written feedback Please email outstandingresourceshelp@gmail.com if there are any issues.
Solving Quadratic Equations by Completing the Square Color by NumberQuick View
charlotte_james615charlotte_james615

Solving Quadratic Equations by Completing the Square Color by Number

(0)
With this activity, students will solve quadratic equations by completing the square. Then they will color the picture using their answer and the indicated color to reveal a beautiful, colorful mandala! As an added bonus, the final products make fabulous classroom decor! This activity is an excellent resource for sub plans, enrichment/reinforcement, early finishers, and extra practice with some fun. It is especially useful for end-of-year practice, spiral review, and motivated practice when students are exhausted from standardized testing or mentally “checked out” before a long break (hello summer!). Teachers and students alike enjoy motivating activities, so engage your students today with these fun coloring activities!
Solving Quadratic Equations BundleQuick View
Outstanding_ResourcesOutstanding_Resources

Solving Quadratic Equations Bundle

3 Resources
This is a superb THREE LESSONS on different ways of solving quadratic equations and forms a fantastic basis for understanding quadratic graphs better. The three lessons include: Lesson 1. Solving by factorising Lesson 2. Solving by using the formula Lesson 3. Solving by Completing the Square LASTLY: This lesson is flat packed for copyright purposes Please provide a RATING with written feedback Please email outstandingresourceshelp@gmail.com if there are any issues.
New GCSE Grade 8/9 targetQuick View
LittleStreamsLittleStreams

New GCSE Grade 8/9 target

5 Resources
Our five GCSE maths grade 8/9 target packs on Algebra, Graphs, Number, Geometry and Statistics & Probability Includes the following topics: Algebra Rearranging Equations, Binomials, Algebraic Fractions, Algebraic Proof, Quadratics with x^2 coefficient greater than one, Quadratic and Geometric Sequences, Quadratic Inequalities, Simultaneous Equations involving Quadratics, Functions and Iterative Methods. Number Recurring Fractions and Decimals, Surds, Indices, Bounds, Standard Form, Direct and Inverse Proportion, Compound Percentages, Percentage Change, Reverse Percentages. Geometry Circle Theorems, Equations of a Circle, Congruence and Similarity, Arcs Sectors and Segments, Volume, Invariant Points, Englargement of Volume given Scale Factor, Sin and Cosine Rules, Exact Trigonometric Values, 3D Trigonometry, Vectors. Graphs Coordinates, Equation of the Circle, Quadratic Graphs, Harder Graphs including Exponential and Cubic Graphs, Trigonometric Graphs, Transformations of Graphs, Gradients in Real Life Graphs, Velocity Time Graphs. Statistic and Probability Combinations and Permutations, Stratified Sampling, Probability Problem Solving involving Algebra, Tree Diagrams, Conditional Probability, Venn Diagrams including Algebra and Set Notation, Histograms including Finding Averages and Probability from Histograms, Averages Problem Solving.
Completing the Square - Fully differentiatedQuick View
rpwelch32rpwelch32

Completing the Square - Fully differentiated

(30)
Huge lesson on completing the square which is fully differentiated. May need two lessons for this. Students practice writing in completed square form, assess themselves. They they practice solving quadratics by completing the square, again assessment. They then finish off with a past exam question. You may want to add in stuff about minimum points throughout but that's up to you! An NQT and this is my own resource so all feedback welcomed!
Solving Quadratic Equations by FactorisingQuick View
Outstanding_ResourcesOutstanding_Resources

Solving Quadratic Equations by Factorising

(1)
This is an excellent whole lesson on Quadratic Equations by Factorising. Other methods (completing the square and using the quadratic formula) are available. This lesson is ready to go, with no prep required. It is also great for home learning. 28 slide presentation + resources. This lesson comes with: + a starter + learning objectives (differentiated) + keywords + Fantastic teaching slides + Lots of excellent examples to follow + MWB activities + questions (with answers) + worksheet (with answers) + plenary ALL LESSONS on ALGEBRA in one BIG Bundle: Algebra: All Lessons + All Resources LASTLY: This lesson is flat packed for copyright purposes. Please provide a RATING with written feedback. Please email outstandingresourceshelp@gmail.com if there are any issues and we will respond within 48 hours.
A level AS Mathematics All Pure ContentQuick View
al_robinson76al_robinson76

A level AS Mathematics All Pure Content

14 Resources
These PowerPoints form full lessons of work that together cover the new A level Maths course for all exam boards. Together all the PowerPoints include; • A complete set of notes for students • Model examples • Probing questions to test understanding • Class questions including answers • Individual whiteboard work • Links to exercises in ‘The Textbook by CGP’ these can easily be edited for your textbook The PowerPoints can be used in the lesson and also given to students that have missed a lesson I have added ‘AS level maths 13 – Circles’ for free download
Completing the SquareQuick View
ianmckenzieianmckenzie

Completing the Square

(7)
These two worksheets start with some examples, then has a guided “fill in the gap section”, but then it moves on to questions where students are asked to complete the square unaided and finally there are some questions where students are asked to apply completing the square to curve sketching.
Solving Equations using GraphsQuick View
SkillsheetsSkillsheets

Solving Equations using Graphs

(0)
8 worksheets designed to improve understanding of this tricky topic for GCSE and A-level students. The graphs are quadratic graphs and approximate solutions are to be found by reading off values or finding points of intersection with appropriate straight lines. For the last pair of worksheets students have to determine which straight line to draw. The worksheets are effectively four pairs of sheets with each pair covering a particular idea. Some of the questions ask students to verify the answers by solving the equations using factorisation or the quadratic equation formula. The answers are all provided. GCSE 9-1 DfE reference A18, A19 find approximate solutions using a graph. Solve quadratic equations For more resources like this please visit my shop at https://www.tes.com/teaching-resources/shop/Skillsheets
Quadratic Equations With Square Roots Color by NumberQuick View
charlotte_james615charlotte_james615

Quadratic Equations With Square Roots Color by Number

(0)
With this activity, students will solve quadratic equations by finding square roots. Then they will color the picture using the positive root and the indicated color to reveal a beautiful, colorful mandala! As an added bonus, the final products make fabulous classroom decor! This activity is an excellent resource for sub plans, enrichment/reinforcement, early finishers, and extra practice with some fun. It is especially useful for end-of-year practice, spiral review, and motivated practice when students are exhausted from standardized testing or mentally “checked out” before a long break (hello summer!). Teachers and students alike enjoy motivating activities, so engage your students today with these fun coloring activities!
GCSE 9-1 Maths Exam Style Questions on Drawing Quadratic Graphs (Edexcel Foundation)Quick View
tutor2ututor2u

GCSE 9-1 Maths Exam Style Questions on Drawing Quadratic Graphs (Edexcel Foundation)

(0)
This is a set of 15 exam style and exam standard questions for use in lessons, as homework, or for independent practice at home. These questions are suitable for foundation tier students. They are professionally finished, and handwritten model answers accompany the questions for students to compare their responses against. Other topics also available in this series include: • Calculations with Fractions • Expressions, Formulae and Substitution • Rearranging Formulae • Drawing Quadratic Graphs • Standard Form • Surds • Indices • Percentages • Lower and Upper Bounds This set of resources can also be purchased directly from tutor2u at https://www.tutor2u.net/maths/store/gcse-maths-9-1-key-topic-practice-sheets-aqa-vol-1
Design Technology Electronics RevisionQuick View
clarviseclarvise

Design Technology Electronics Revision

(0)
www.clarvis.co.uk The resource includes… Resistors Capacitors Transistors 555 Timers Atable and monostable circuits 4017 Decade counter 4026 7 segment counter Relays Input components Output components Smart materials PCB manufacturing Ohm’s law Resistors in series and parallel Key stage 3 projects Key stage 3 food technology workbook PICAXE workbook Engineering
OCR Maths: Foundation GCSE - Section Check In Test 6 AlgebraQuick View
OCR_MathsOCR_Maths

OCR Maths: Foundation GCSE - Section Check In Test 6 Algebra

(0)
A 20 question test on ‘Algebra’ in Foundation GCSE Maths, comprising: 10 questions on procedural calculations; 5 questions on reasoning and communicating mathematically; and 5 problem solving questions. This resource is ideal for either formative or summative assessment and can be used in lesson time as a half term assessment, a homework or for revision. The topics covered correspond to the first two columns of subject content from section 1 of the OCR GCSE (9-1) Mathematics specification J560. 6.01 - Algebraic expressions: Algebraic terminology and proofs; Collecting like terms in sums and differences of terms; Simplifying products and quotients; Multiplying out brackets; Factorising 6.02 - Algebraic formulae: Formulate algebraic expressions; Substitute numerical values into formulae and expressions; Change the subject of a formula; Recall and use standard formulae; Use kinematics formulae 6.03 - Algebraic equations: Linear equations in one unknown; Quadratic equations; Simultaneous equations; Approximate solutions using a graph 6.04 - Algebraic inequalities: Inequalities in one variable 6.05 - Language of functions: Functions 6.06 - Sequences: Generate terms of a sequence; Special sequences Further details and other resource ideas can be found by visiting Teach Cambridge.