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In this experiment, I predict that as the force increases, as will the acceleration. Therefore, as the force decreases the acceleration decreases.
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GCSE Science Coursework : Physics Prediction: In this experiment, I predict that as the force increases, as will the acceleration. Therefore, as the force decreases the acceleration decreases. I can also predict that the force and acceleration of an object are directly proportional, meaning that if the force was to be doubled, then the acceleration would also double. I can predict this using Newton's second law of motion. Newton's second Law of motion: Force = Mass x Acceleration (N) (kg) m/s (variable) (measurement) In simple terms, this means that if the force is to increase then the acceleration must also increase because the mass multiplied by the acceleration must equal the force. The equation, like many others can be re-arranged in order to show a possible prediction for the value in m/s that the acceleration will be the subject of the equation. Acceleration = Force (Mass / 0.400kg) Mass Weight is a force. Weight is quite...
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