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1st Newton’s Law of Motion

While most people know what Newton's laws say, many people do not know what they mean (or simply do not believe what they mean).

[17 years old]

[17 years old]

Birute Rakauskiene

A problem of insulation

In groups of four, you will compete against each other in a challenge. You will build an insulated container where you will place a thermometer capable of measuring max/min temperatures.

[Upper secondary school]

[Upper secondary school]

Magnus Johansson; Bromangymnasiet Hudiksvall

Absorbing Light Energy and Flourescent Light

Absorbing Light Energy and Flourescent Light

[16-17 years old students]

[16-17 years old students]

Cécile Bardel, Charles Baudelaire

Acoustic Doppler Effect

Brief explanation of the acoustic Doppler effect.

[Student]

[Student]

Birute Bartkeviciute

BP Baudelaire Physics Olympiades

Between 2006 and 2011, we have worked with small group of students in our secondary school in order to be a part of a French competition called "Olympiades de la physique".

[11-16 years old students]

[11-16 years old students]

Pascal Bottos & Christophe Encrenaz

Connection of electrical measuring instruments

Brief explanation of how to connect tools to measure electricity

[Student]

[Student]

Gintautas Stonys

Criticising an experiment

Learning how to evaluate an experiment by providing an easily criticized experiment

[Upper secondary]

[Upper secondary]

Magnus Johansson; Bromangymnasiet Hudiksvall

Diving today!

Diving today!

[16-17 years old students]

[16-17 years old students]

Christophe Encrenaz, Charles Baudelaire

Forensic science

Forensic evidence collection and analysis

[14-16 year old students]

[14-16 year old students]

Tristan Foster; Tavistock College

Introduction to Flight

A lesson considering how flight is achieved in different objects.

[11-16 years old students]

[11-16 years old students]

Kevin Proctor; Devonport High School for Boys, DHSB

Light Dependent Resistor

An LDR is a component that has a (variable) resistance that changes with the light intensity that falls upon it. This allows them to be used in light sensing circuits.

[Student]

[Student]

Gintautas Stonys

Mixed Series and Parallel Circuiting.

Explanation of how to solve basic circuits problems.

[Student]

[Student]

Gintautas Stonys

Newton's Laws of Motion

Explanation of Newton's most important discover.

[Student]

[Student]

Birute Bartkeviciute

Ohm's Law

Explanation and exercises about Ohm's Law.

[Student]

[Student]

Gintautas Stonys

Parallel circuiting of Resistors.

Brief explanation of Parallel circuiting of Resistors

[Student]

[Student]

Gintautas Stonys

physics

.....

[Uper secondary school]

[Uper secondary school]

Louise Ågren; Bromangymnasiet Hudiksvall

Practical Investigations

Practical Investigations

[12-14 year old children]

[12-14 year old children]

Tristan Foster; Tavistock College

Problem solving electricity

Team problem - maths/physics

[17-19 years students]

[17-19 years students]

Frank Waagaard, Jennifer Röst; Bromangymnasiet Hudiksvall

Resistive Forces

Create and adapt a paper helicopter to test its air resistance.

[KS3]

[KS3]

Rachel McCullar; Devonport High School for Boys, DHSB

Science Super Hero

How to Motivate Boys into Science Superhero

[12-14 year old children]

[12-14 year old children]

Tristan Foster; Tavistock College

Scientific Models

In order to improve the students scientific literacy we work with the atomic model. We build models and discuss in what way the model is useful, correct and incorrect.

[Student 16 years]

[Student 16 years]

Inger Gistvik; Bromangymnasiet Hudiksvall

Substance density

Solving problems using the density formula. Integrated lesson of Physics and Chemistry for 8th grade

[Chemistry for 8th grade]

[Chemistry for 8th grade]

Birute Rakauskiene and Lina kankeviciene; Alytaus Kolegija

Substance density. Solving problems using the density formula

Learn to solve experimental problems of various complexity using the density formula.

[11-13 years old students]

[11-13 years old students]

Lina Kankeviciene

Super Capacitor Racer

Decide which pulley ratio will enable the racer to cover the greatest distance based on observations of the in-air wheel speed.

[12-14 year old children]

[12-14 year old children]

Tristan Foster; Tavistock College

The Palletised Drop Test Mechanism

This report is to document the research and development of the Palletised Drop Test Mechanism.

[12-14 years old students]

[12-14 years old students]

Camilla Snowden, Dominic Newton, Hugo Challis, Peter Alexander; Devonport High School for Boys, DHSB

The project of Delsbo electric

A competition open to college and university students.The goal is to design and construct a battery driven railway vehicle

[13-14 years old students]

[13-14 years old students]

Victor Strandell; Bromangymnasiet Hudiksvall

The secret container

In this simple yet intriguing introduction to science the students form hypotheses on how the secret container is constructed on the inside.

[16-18 years old students]

[16-18 years old students]

Tommie Zetterlund; Bromangymnasiet Hudiksvall

The shape of music

The music sounds over science: The Pythagorean Scale

[Students]

[Students]

Romain Janvier; Charles Baudelaire

The speed of an air gun bullet

To use and make the laws of physics visible by calculating the velocity of a bullet.

[13-15 years old students]

[13-15 years old students]

Victor Strandell; Bromangymnasiet Hudiksvall

Understanding Exam Questions

Where are most of the marks lost? Read the questions!

[all ages]

[all ages]

James Strud; Tavistock College

Wastewatertreatment

Wastewater is used water. We are going to see how to treat water and what can help us.

[16-19 year old students]

[16-19 year old students]

Nerijus Cesiulis, Alytaus Kolegija

Waves and Sound

A lesson about waves,sound and propagation

[gymnasium]

[gymnasium]

Birute Bartkeviciute