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Bundle - One and Two Dimensional Motion - (Freely Falling Objects & Projectile Motion)

Bundle - One and Two Dimensional Motion - (Freely Falling Objects & Projectile Motion)

This source contains; 1. Motion in One Dimension - Freely Falling Objects - PPT This resource contains 24 slides; - Freely Falling Objects; (Release, fall, drop, thrown or jumping directly downwards & upwards questions) (Answer key) - Free Fall Problems solving strategies, - Physics around us... - Review, - HW. 2. Motion in Two Dimensions - Projectile Motion - PPT This resource contains 16 slides; - PROJECTILE; (Questions AND Answer key) - Physics around us... - Review, 3. Motion - One and Two Dimensional Motion - Freely Falling Objects & Projectile Motion - Teachers Note This document has 4 pages New Teachers can use this document as a lesson plan. 4. Motion - One and Two Dimensional Motion - Freely Falling Objects & Projectile Motion - Question Bank This Source contains 2 pages, (30 questions) Questions are about; - Motion in One Dimension - Free Falling Objects - Motion in Two Dimensions - Projectile Motion Everything is ready to be used or easily edited to suit your learners. To attract attention of students to the subject, daily life animations were used. You should install these Fonts for this document; (Marker Felt & Tempus Sans ITC)
veyselbiga
Mechanics revision pack

Mechanics revision pack

Revision pack for mechanics aspect of physics includes the topics: Circular motion, kinematics, conservation of energy, Kinetic Energy and Gravitational Potential energy, Newton's law of gravitation.
richwrigley
Motion in Two Dimensions - Projectile Motion

Motion in Two Dimensions - Projectile Motion

This resource includes 16 slides; - PROJECTILE; (Questions AND Answer key) - Physics around us... - Review, Everything is ready to be used or easily edited to suit your learners. To attract attention of students to the subject, daily life animations were used. You should install these Fonts for this document; (Marker Felt & Tempus Sans ITC)
veyselbiga
Rearranging Formula Dynamics Whiteboard Software for Mechanics A-Level AS

Rearranging Formula Dynamics Whiteboard Software for Mechanics A-Level AS

Resizes to fit your full computer screen. New generates a new question. Select any of the formula variations, v = u + at, S = ut + ½at², S = ½t(u + v), E = ½m(v² - u²), or J = m(v - u) Click the answer boxes to reveal the answer. Students can revise at home on their own computer. $5 for the life of your computer/laptop. Runs using Microsoft Excel. 32-bit or 64-bit Download the free who wants to be a Millionaire game, to see that everything works for you. The game is very hard to win. Go to http://www.mathsuperstore.com/rfdynamics/
jamiemcm
National 5 / KS3 Problem Solving #3 - Rocket Science

National 5 / KS3 Problem Solving #3 - Rocket Science

A problem solving scenario to combine skills, useful for revision and group work. The skills tested here are: • Parabolas (completing square, turning points, sketching, factorising) • Rounding to significant figures • Bearings • Area of sector and arc length • Area of triangle, sine rule, cosine rule • SOH CAH TOA • Pythagoras • Vectors • Lines • Percentages Pupils will also need good communication skills and teamwork (if working in groups). Provided with teacher notes and full worked solutions.
dh2119
SUVAT Projectiles interactive simulation

SUVAT Projectiles interactive simulation

Reviews appreciated! This tool gives options for gravity strength and animation speed, initial height of ball (on a tower) and you choose initial velocity by dragging and releasing Angry Birds style. Practice and visualise SUVAT problems. KNOWN ISSUE ROUNDING: when previewing the file directly on TES. Please download or view on the website for nice rounded numbers :)
NextLevelMaths
Projectile Motion - Interactive Simulation

Projectile Motion - Interactive Simulation

Blast a Buick out of a cannon! Learn about projectile motion by firing various objects. Set the angle, initial speed, and mass. Add air resistance. Make a game out of this simulation by trying to hit a target; Sample Learning Goals •Predict how varying initial conditions effect a projectile path(various objects, angles, initial speed, mass, diameter, initial height, with and without air resistance). •Use reasoning to explain the predictions. •Explain common projectile motion terms in their own words. (launch angle, initial speed, initial height, range, final height, time).
PhET