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Transformation of Functions (Treasure Hunt)

Transformation of Functions (Treasure Hunt)

As an extra to this Treasure Hunt the answers to the questions give an encrypted clue (for students to decipher) which reveals where the treasure is hidden. This particular activity helps to strengthen students' skills in substituting one algebraic expression into another. [CLICK HERE] for a list of similar style Treasure Hunts on other topics. A Treasure Hunt is a great activity which children love. They are ideal for revision, starters or plenaries. They are a really great way to get students to answer questions quickly and enjoy doing so! These question cards have been prepared in two sizes. This allows them to be easily used for a whole class activity, group work or by individuals. The loop cards are particularly helpful during interventions.
Maths4Everyone
Lesson on line equation application (harder) questions

Lesson on line equation application (harder) questions

This is a lesson on more demanding straight line equations application problems - related areas, intersections, etc. The bundle contains both the lesson presentations with 'overlay animations', where steps are reviewed one at a time. There is also an accompanying presenter view pdf for teachers for each lesson ppt. The documents are prepared meticulously with LaTeX, I hope you find these useful. In addition, you can get unlimited number of high quality practice questions and solutions for both lessons on my website: www.onemathsquestions.com. You can generate the worksheets yourself, and each question will come with a set of very detailed step by step solutions, set out in exactly the same way as the lesson presentation examples. Hope you find these useful, and if you have any comments or suggestions, please feel free to contact me through TES or my website. Best wishes, Joe
joezhou
Lesson on Equations of Straight Lines

Lesson on Equations of Straight Lines

These are two starter lessons on equations of straight lines. The first is on sketching, and focus on gradient interpretation and the connection between a line and its equation. The second is on finding line equations in general. The bundle contains both the lesson presentations with 'overlay animations', where steps are reviewed one at a time. There is also an accompanying presenter view pdf for teachers for each lesson ppt. The documents are prepared meticulously with LaTeX, I hope you find these useful. In addition, you can get unlimited number of high quality practice questions and solutions for both lessons on my website: www.onemathsquestions.com. You can generate the worksheets yourself, and each question will come with a set of very detailed step by step solutions, set out in exactly the same way as the lesson presentation examples. Hope you find these useful, and if you have any comments or suggestions, please feel free to contact me through TES or my website. Best wishes, Joe
joezhou
Functions - Domain, Range, Composite

Functions - Domain, Range, Composite

A series of four worksheets about domain, range and composite functions. There is many lessons work here with lots of practice. The four parts are: - Domain and Range - Composite Functions - Further Functions (combining domain, range, composite) - Extension (proofs about linear functions) All provided with full solutions
dh2119
Loop Card Races (Transformation of Functions)

Loop Card Races (Transformation of Functions)

This download contains four sets of 16 cards. Students choose a set of cards and sort them into order! The questions are the same for each set, but the sort order has been changed. This way, students can repeat the activity with different versions of the cards and check that they have learnt from earlier mistakes. [CLICK HERE] for a list of Loop Cards on other topics. The cards can either be used by individuals, pairs or small groups. Solutions and instructions are included, but my favourite use is for two students to have different versions of the cards and race each other. They then check their answers, shuffle, swap packs and race again (quickest overall time wins!) Cut out card size is approx. 65 x 90 mm.
Maths4Everyone
Transforming graphs - Examples

Transforming graphs - Examples

This resource is designed to give pupils much-needed practice on where points move after a transformation, for example: Where does the point (2,4) on the graph f(x) appear on the graph 3f(x)+1? The first questions are basic practice then pupils look at progressively more complicated graphs, including some practice finding the turning points and range and domain. Provided with solutions.
dh2119
Lesson on Algebraic Division

Lesson on Algebraic Division

This is lesson on algebraic division, learning algebraic division from long division. Also contain example where divisor is quadratic. The bundle contains both the lesson presentations with 'overlay animations', where steps are reviewed one at a time. There is also an accompanying presenter view pdf for teachers for each lesson ppt. The documents are prepared meticulously with LaTeX, I hope you find these useful. In addition, you can get unlimited number of high quality practice questions and solutions for both lessons on my website: www.onemathsquestions.com. They are under topics "Polynomial Division". You can generate the worksheets yourself, and each question will come with a set of very detailed step by step solutions, set out in exactly the same way as the lesson presentation examples. Hope you find these useful, and if you have any comments or suggestions, please feel free to contact me through TES or my website. Best wishes, Joe
joezhou
AS Level 2017 Mathematics Lesson 23 and 24 Curve Sketching

AS Level 2017 Mathematics Lesson 23 and 24 Curve Sketching

Two lessons which slowly take students through the basics of curve sketching. The powerpoints show students how to get a hold of the shape of each curve (quadratic, cubic, quartic, reciprocal), the role the sign of the dominant terms plays and the effect of repeated roots (tangency). The powerpoints contain a starter of basic material in the A level course so far and the worksheets are fully differentiated. One of these can easily be used with KS4, the other should only be used for high achievers
Weltmeister7
AS Level 2017 Mathematics Lesson 22 Transform Curve

AS Level 2017 Mathematics Lesson 22 Transform Curve

One of the topics students find most challenging. The fully animated powerpoint (which contains a 5 minute starte) takes students through the basic transformations of the curve y = f(x). There is a slide which summarises the findings of the lesson and the resource that accompanies the lesson is fully differentiated where students skecth various transformations of given curves and write the names of transformed curves. The resource is write on and students can file their completed work. This lesson can also be used at KS4.
Weltmeister7