A set of two formula triangles suitable for students to use as a part of their science journals. Ideal for interactive notebooks. Both formula triangles work as a ready reference and learning support for students working on speed, distance and time calculations. Students simply cut, fold and paste either one into their science notebooks. Also includes a bonus calculation sheet, word search and matching activity. Great accompaniments to the above resource: Speed, distance and time PowerPoint Presentation [Speeding Up] Speed, Distance and Time Calculations Maze Speed, distance & time Task Cards [Speeding Up] Speed, distance & time Activity Booklet [Speeding Up] Speed, distance & time visual vocabulary and word wall posters [Speeding Up] Clipart by: Ron Leishman ToonClipart

A scavenger hunt activity based around various aspects our solar system. Topics covered include: The Sun The planets Orbits Moons Other features of our solar system Includes a bonus word search and solutions to each question. There are 2 question cards on each sheet [12 sheets in total]. They can be printed in greyscale or colour. Save paper and time by laminating the cards and keeping them as class sets. Set the cards out around the room at numbered stations [numbers are included on each card]. Provide each student or pair of students with a blank solution grid for writing the answer to the question stated on each card. Students move from station to station answering the question as they go. Great as a group extension or consolidation activity or for early finishers. Clipart by: Artifex Ron Leishman ToonClipart

The Newton’s Laws of Motion card sort is comprised of 24 cards and is a great way for students to practice identifying the three different laws of motion. Each card has a description and an image. Simply print and then cut out the set of cards [laminate if you wish to make class sets]. Students then shuffle the cards and sort them into their correct sets [1st Law, 2nd Law, 3rd Lawl]. Once sorted students write their answers onto the answer sheet provided. Includes an answer key. Can be printed in colour or greyscale. Also comes with 2 blank cards for you or your students to make their own individual cards. Works great as a starter activity, plenary, review or for science stations. Cards included: ➸ 3 title cards ➸ 3 definition cards ➸ 8 1st Law of Motion cards ➸ 8 2nd Law of Motion cards ➸ 8 3rd Law of Motion cards ➸ 2 blank cards Clipart by: Ron Leishman ToonClipart

A set of three mazes based on Newton’s Second Law. A fun way for students to practise using the formula F=ma. Works great as a starter, plenary or review activity. Includes the following mazes: Calculating force Calculating mass Calculating acceleration Students work their way through the maze by drawing the correct path based on which arrow provides the correct answer to problem. Includes the solution to each maze. Clipart by: Ron Leishman ToonClipart

A calculations maze based on the topic of motion. A fun way for students to practice calculating on speed, distance and time. Works great as a starter, plenary or review activity. Also comes with a bonus sorting activity and word search. Students work their way through the maze by drawing the correct path based on which arrow provides the correct answer to each of the calculations. Includes the solution to the maze. Clipart by: Ron Leishman Digital Toonage ToonClipart

The renewable and non-renewable energy Venn diagram graphic organiser is a great way for students to compare and contrast the characteristics of both types of energy. Includes two versions: Version 1. Students cut and paste labels onto the correct part of the Venn diagram. Version 2. Students write the correct statement into boxes on the Venn diagram. Also includes a bonus word search and comes with an answer key. Great accompaniments to this resource: Renewable and Non-renewable Energy PowerPoint and Activity Sheets Renewable and Non-renewable Energy Digital Venn Diagram - Distance Learning

The kinetic and potential energy Venn diagram graphic organiser is a great way for students to compare and contrast the characteristics of both types of energy. Includes two versions: Version 1. Students cut and paste labels onto the correct part of the Venn diagram. Version 2. Students write the correct statement into boxes on the Venn diagram. Also includes a bonus word search and comes with an answer key.

The forms of energy card sort is comprised of 3 cards for each type of energy [an image, the term and its definition]. Simply print and then cut out the set of cards [laminate if you wish to make class sets]. Can be printed in colour or greyscale. Students then shuffle the cards and sort them into their correct sets. Also comes with 6 blank cards for you or your students to make their own individual cards. Works great as a starter activity or plenary. Could also be used for concentration or snap. Forms of energy included: sound heat electrical chemical gravitational potential light magnetic elastic potential kinetic Cards included: ➸ 27 colour cards ➸ 3 blank cards Clipart by: Ron Leishman ToonClipart

The kinetic and potential energy card sort is comprised of 28 cards and is a great way for students to practice identifying the two different types of energy. Each card has a description and an image. Simply print and then cut out the set of cards [laminate if you wish to make class sets]. Students then shuffle the cards and sort them into their correct sets [kinetic and potential]. Once sorted students write their answers onto the answer sheets provided [single A4 size or double A5 size]. Includes an answer key. Can be printed in colour or greyscale. Also comes with 4 blank cards for you or your students to make their own individual cards. Works great as a starter activity, plenary, review or for science stations. Cards included: ➸ 2 title cards ➸ 2 definition cards ➸ 12 kinetic energy cards ➸ 12 potential energy cards ➸ 4 blank cards A great accompaniment to this resource: Kinetic and Potential Energy Task Cards Clipart by: Ron Leishman ToonClipart

A set of 6 distance time graphs which provide students with the opportunity to calculate the speed at different points on each graph. A great way for students to visually see the relationships between speed, distance and time on each graph. Each graph has a different combination of units for measuring distance and time. Also includes blank grids for students to create their own graphs and questions for others to use. Comes with solutions. Clipart by: Ron Leishman ToonClipart

The Phases of the Moon Fact Fan provides students with a fun way to research and present information on the Moon’s phases. Print onto A4 paper or for a more durable set light weight card. Students complete the research, cut out each fact fan and then hole punch them and fasten the set with a brad fastener or split pin. Also includes a phases of the Moon table [day, phase, image] which students can glue into their science notebooks and a sleeve to keep the completed fact fan in. Great as a starter, review activity and can also be used as a revision resource. Phases covered: New moon Waxing crescent First quarter Waxing gibbous Full moon Waning gibbous Last quarter Waning crescent Fact Fans included: ➸ 1 cover fact fan ➸ 8 phases of the Moon fact fans ➸ 1 Moon facts fact fan Clipart by: Artifex Ron Leishman ToonClipart

A set of 2 word searches with solutions on rock types [igneous, sedimentary, metamorphic] and the rock cycle. Great as a lesson starter, plenary or vocabulary review and consolidation. Includes the following terms: Rock Types Word Search sedimentary igneous metamorphic gneiss limestone granite marble sandstone shale schist pumice obsidian conglomerate dolerite Rock Cycle Word Search erosion deposit sediment compaction cementation sedimentary metamorphic magma igneous crust mantle lava volcano crystals Clipart by: Ron Leishman ToonClipart

The Distance-Time Graphs card sort is comprised of 2 cards for each of the 12 different scenarios [graph and story]. Simply print and then cut out the set of cards [laminate if you wish to make class sets]. Students then shuffle the cards and sort them into the correct sets by reading the story on one card and matching it with the correct distance-time graph card. Includes 8 blank cards for students to make their own set. Works great as a starter activity, plenary or review. Could also be used for concentration and snap. Cards included: ➸ 24 cards [12 graph cards and 12 story cards] ➸ 8 blank cards Clipart by: Ron Leishman ToonClipart

A snakes and ladders styled game for students to review the solar system. Includes the following: Game board comprised of twenty questions. Solutions grid. A dice which students can construct. Counters [6 in colour and 4 which can be coloured in by students] How to play set of instructions. A blank answer table for students to write their answers on. Clipart by: Ron Leishman ToonClipart

An Internet research activity focusing on astronauts, the Space Race as well as the planets and moons in our solar system. Great as a cover lesson or topic introduction. Clipart by: Ron Leishman ToonClipart

A bingo game designed to help students learn the key symbols and definitions used when learning about electrical circuits. Includes the following key symbols and definitions: wire cell buzzer variable resistor thermistor open switch fuse ammeter voltmeter resistor lamp battery motor bell closed switch light emitting diode The bingo kit also comes with: A fully editable PowerPoint presentation which contains each of the clues. The slides can be rearranged for each game of bingo or edited to suit the needs of your students. A bonus word search and matching activity worksheet with solutions. How to Play: Provide each student with a bingo sheet. Laminate a class set of the bingo sheets if you wish. Have students circle a set number of words with an erasable white board marker or similar. You can circle more or less words depending on time. Read out the clues provided and have students place a cross through the circled word. The first student to get all of the clues raises their hand or shouts “bingo” or both! Great accompaniments for this resource: Electricity Circuit Symbols Tarsia Puzzle Electricity Circuit Symbols PowerPoint Electricity Circuit Symbols Memory Game and Word Search Electricity Circuits and Symbols Task Cards Clipart by: Ron Leishman ToonClipart

A word search covering the main phases of the Moon. Great as a starter activity or plenary. Includes the following phases: New Moon Waxing Crescent First Quarter Waxing Gibbous Full Moon Waning Gibbous Last [Third] Quarter Waning Crescent Clipart by: Ron Leishman ToonClipart

A learning grid to support the study and revision of rocks and the rock cycle. Students use a dice to decide which square they land on and then answer the question. Can be used individually, in pairs or in small groups. Great for collaborative revision. Comes complete with an answer key, cut and paste dice, instructions and a blank grid for students to write their answers on if they wish to. Also includes a bonus word search. Includes a variety of questions on igneous, metamorphic and sedimentary rocks and how they form. Clipart by: Ron Leishman ToonClipart

A set of 36 task cards designed for students to independently, or in groups, review kinetic and potential energy. Great for science stations. Contains multiple choice, true/false and short answer questions. Included in this kit: 36 task cards focusing on kinetic and potential. Student solution sheet on which to record answers. Teacher answer key. There are 4 cards on each sheet [9 sheets in total]. They can be printed in greyscale or colour [single or double sided]. Save paper and time by laminating the cards and keeping them as class sets. Provide each student with a blank solution grid for writing the answer to the problem stated on each card. Great as a group extension or consolidation activity or for early finishers. Includes questions on the following themes: Identifying kinetic and potential energy in different situations. Roller coasters and kinetic and potential energy. Pendulums and kinetic and potential energy. Kinetic and potential energy formulas. Calculating kinetic energy Calculating potential energy. Clipart by: Ron Leishman ToonClipart

A learning grid to support the study and revision of the Solar System. Students use a dice to decide which square they land on and then answer the question. Can be used individually, in pairs or in small groups. Great for collaborative revision. Comes complete with an answer key, cut and paste dice, instructions and a blank grid for students to write their answers on if they wish to. Also includes a bonus word search. Clipart by: Artifex Ron Leishman ToonClipart