A Level Maths Mechanics Lift Elevator Problems. These worksheets contain a set of lift (elevator) problems. There are two worksheets containing a total of 13 questions. These questions are perfect for practising mechanics skills using F=ma. They are suitable for Year 12 A Level maths students and for revision in Year 13. Model answers are now included for ALL questions and can be used by the students to get them started, or can be used as a demonstration on the board. These questions can be used for: a class lesson a revision session homework All questions have answers so that they can be easily marked by you or the students themselves. The document is 20 pages in total, with 2 pages to print for students. This resource can be printed in black and white or colour. You may also like: Solving Trig Equations Quadratic Inequalities, Quadratic Equations and Quadratic Simultaneous Equations Large Data Set Edexcel Please visit Maths Shop to see more of my resources.

Notes for the Linear and Parabolic Motion Unit for the new Advanced Higher Mechanics course. Notes broken down into 4 topics: Rectilinear Motion; Relative Motion in 2D and 3D; Projectile Motion; Forces and Newton's Laws. Definitions, theorems and worked examples included.

Detailed checklist for Unit 1 of the Advanced Higher Applied Maths (Mechanics) course.

Detailed checklist for Unit 2 of the Advanced Higher Applied Maths (Mechanics) course.

This 270 slide Powerpoint covers all of the first year of the single A Level Applied course (based upon the Edexcel course). It includes explanations, worked examples and questions for students to do. I have included everything, possibly more than you may need but I’d rather give people the option to skip a slide than have to make something up on the spot. Colleagues of mine used this during the first year of the new course. The “Forces and Motion” part has been edited and I have got rid of the apostrophe faux pas.

Good for Cover lesson or as Prep ("homework") or to supplement pupil notes. Covers reaction mechanisms and rate expressions.

Midsummers Night’s Dream by William Shakespear - KS4 - (16 Lessons!) L6: Why Does Shakespeare Introduce the Mechanicals? Leave a review for a FREE single resource FREE - Lesson Four: https://www.tes.com/teaching-resource/-13006756 FREE Animal Farm SoW: https://www.tes.com/teaching-resource/resource-12942163 Midsumer Night’s Dream Bundle SoW: https://www.tes.com/teaching-resource/midsummers-night-s-dream-13006755 This SoW is designed in detail and is both differentiated and engaging, and allows you to move pupils through content efficiently. Made to the highest standard and constructed using current research, both dual coding and retrieval practices are at the heart of this unit. A colour scheme also runs throughout to ease both your delivery and students comprehension. Midsummers Night’s Dream by William Shakespear - KS4 - (16 Lessons!) L1: Who was Shakespeare? L2: Why was the Globe Theatre Significant? L3: How Does Midsummer Night’s Dream Begin? L4: What is the relationship like between the four main characters in MSND? (FREE) L5: What is the Nature of the Character Helena? L6: Why Does Shakespeare Introduce the Mechanicals? L7: How do the Fairies Advance the Story? L8: What is the Relationship Between Oberon and Titania? L9: What Motivates Oberon’s Plan? L10: How Does Puck’s Mistake Cause Chaos? L12: How Does Shakespeare Start to Increase Tension (Act 3 Scene 2)? L13: Midsummer Night’s Dream - Mid-Story Review L14: How Act 4 Scene 1 Show Off Oberon Power? L15: Why Does Shakespeare Use a Play Within a Play? L16: What Feelings Does MSND Ending Create in the Audience? If you leave a review of any of our resources, you can claim any FREE single resource from our ever growing library. Simply message the above email, which is monitored daily. teachercentralltd@gmail.com I hope you find this SoW useful. If you have, I have created a series of resources. You can check them out here. https://www.tes.com/teaching-resources/shop/TeacherCentral

Overview A complete teaching and learning bundle for Impulses and Collisions in Pearson Edexcel International A Level Mechanics 2. This resource supports students as they develop confidence with impulse, momentum as a vector, direct impact, Newton’s law of restitution, smooth-plane collisions, loss of kinetic energy and successive impacts. The bundle is designed to support whole-class teaching, independent study, revision, homework and assessment preparation. It includes clear notes, fully worked examples, progressive practice, challenge material, a mini assessment, detailed teacher support and a classroom presentation slide deck for direct lesson delivery. The presentation slides are a core part of the product, giving teachers a structured route through explanations, diagrams, worked examples, guided practice, misconception checks and plenary activities. What’s Included This bundle includes: Student Notes — clear explanations of the key methods, formulae, diagrams, modelling assumptions and common mistakes for impulse and collision problems. Worked Examples — step-by-step model solutions covering vector impulse, direct impact, restitution, smooth walls and floors, energy loss and successive impacts. Practice Questions — progressive questions from core skills to multi-step Mechanics 2 collision modelling. Challenge Questions — extension tasks involving symbolic reasoning, rebound height, successive impacts and loss of kinetic energy. Mini Assessment — a timed assessment-style check covering the full topic sequence. Mark Scheme — detailed answers with method guidance, mark allocation, acceptable alternatives, partial credit and common errors. Lesson Plan — a structured teaching sequence with timings, objectives, starter, main activities, checks for understanding, differentiation and homework suggestions. Teaching Notes — teacher-facing explanations, questioning prompts, misconception interventions, mini-whiteboard checks and cover teacher guidance. Presentation Slides — a premium classroom-ready slide deck for whole-class teaching, worked examples, guided practice, misconception checks, visual explanations and lesson delivery.

وصف المقرر :Course Description 1 – عزم القصور الذاتى 2- السرعة الزاوية والعجلة الزاوية والحركة فى دائرة 3- الحركة المقيدة المستوية للجسيمات 4- الشغل ومعادلة الطاقة فى المجال المحافظ 5- المدارات المركزية

A complete set of PowerPoint resources specifically aimed at the (Edexcel) Mathematics IAL (2018) course but also suitable for the IB Diploma. The files contain fully editable teaching / revision notes, examples, animations and hyperlinks to facilitate navigation. Try the free sample before you buy: https://www.tes.com/teaching-resource/resource-11976109 Topics covered are mathematical models in mechanics, vectors in mechanics, kinematics of a particle moving in a straight line, dynamics of a particle moving in a straight line or plane, statics of a particle, moments. Files are updated on a regular basis and feedback is welcome. Follow me on Twitter and Pinterest @hatchtag73.

This worksheet delves into the fascinating story of the Antikythera Mechanism, an ancient Greek device that revolutionized our understanding of early technology. Through critical reasoning questions and comprehension exercises, students will explore how this incredible artifact challenged previous notions of ancient Greek capabilities, showcasing their advanced understanding of mechanics and astronomy. The worksheet encourages deep engagement with the text, helping students think critically about historical technological advancements and their impact on modern science. This resource is ideal for educators looking to foster critical thinking in their classrooms. By guiding students through key concepts related to the Antikythera Mechanism, educators can prompt thoughtful discussions on the evolution of technology, the concept of progress, and the surprises history holds. The worksheet’s focus on analysis and inference helps students develop essential skills for academic success, making it a valuable tool for history or science teachers aiming to integrate complex historical topics into their curriculum.

Help your Chemistry students with note taking and keep them engaged. This 5 page activity on Halogenoalkanes can be used to summarize key concepts. These pages are great to engage your students. They can color and scribble whilst taking notes. Covers: ⚛ Nucleophilic Substitution Reactions ⚛ SN1 Mechanism ⚛ SN2 Mechanism ⚛ Elimination Reactions

A worksheet aimed at advanced biology students that reviews the causes, mechanisms and treatment of cholera. Useful as a starter or plenary activity following a lesson on this topic.

Notes and Examples for Mechanics 3 Old Specification

Assorted mechanics exam questions on vectors (i + j) from across exam boards.

Help your Chemistry students with note taking and keep them engaged. This 8 page activity on Hydrocarbons can be used to summarize key concepts. These pages are great to engage your students. They can color and scribble whilst taking notes. This product is aimed at students in an advanced programme (AS/A level). If you are looking for an introductory activity, try my Hydrocarbons (Introductory) Scribble Notes Covers: ⚛ Representing organic molecules ⚛ Functional groups ⚛ Naming hydrocarbons ⚛ Structural isomerism ⚛ Stereoisomerism ⚛ Mechanisms of organic reactions ⚛ Types of organic reaction

A 59 slide PPT that I put together in order to review the AS Mechanics content for the new Edexcel Maths A-Level. It covers all areas with key points highlighted and plenty of practice problems. Feedback is always appreciated.

Knowledge Organisers for A level Physics Resolving vectors Moments, couples and centre of mass Suvat & Motion graphs Newtons Laws Projectile motion Momentum Impulse and Newtons 2nd law Workdone , power & energy transfers Energy conservation problems Numbered boxes, SLT approved, Walkthrough example questions.