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FUN WITH SCIENCE BLOGS

Our latest news, tips, tricks, and science data logging posts!

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Bernoulli’s Principle Experiment | Measuring Air Pressure & Lift

Fun With Science


Investigate Bernoulli’s principle using a model aircraft wing and Differential Pressure Sensor to measure air pressure, lift, angle of attack and stall

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Quantum Oscillators | Visualising Energy Transfer with Coupled Pendulums

Fun With Science


Explore quantum oscillators using coupled pendulums, a spring and a Data Harvest Light Gate to investigate energy transfer, beats and normal modes.

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Applied Flicksics | Measure Football Speed with a Light Gate

Fun With Science


Applied Flicksics | Measure Football Speed with a Light Gate

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Solar Oven Experiment | Heat Transfer & Renewable Energy Practical

Fun With Science


Build and test a simple solar oven using sunlight, reflective foil, insulation and a temperature sensor to explore heat transfer, absorption and the greenhouse effect.

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Total Internal Reflection Experiment | Measuring Refractive Index with a Wireless Rotary Motion Sensor

Fun With Science


Measure the critical angle and calculate refractive index in this Total Internal Reflection experiment using the Wireless Rotary Motion Sensor. Ideal for GCSE and A-Level Physics

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Compound Atwood's Machine Experiment | Mechanical Advantage & Acceleration

Fun With Science


Can a smaller mass support a larger load? Discover mechanical advantage, acceleration and gravity in this engaging Compound Atwood's Machine physics practical using a Wireless Light Gate Sensor and EasySense software.

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Bendy Bridges Experiment | Investigating Bridge Deflection with Data Logging

Fun With Science


Explore bridge deflection, structural strength and engineering design with the Bendy Bridges experiment. Measure real-time bridge bending using Data Harvest data logging equipment.

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The Marshmallow Cannon

Fun With Science


The Marshmallow Cannon: Measuring launch velocity and projectile distance. In this fun, hands-on physics experiment, students investigate how elastic potential energy is transferred into kinetic energy using a simple marshmallow cannon.