Scientific Principles in Engineering and Measurement

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Types of measuring systems

Back

Learn about different types of measuring systems, including vector and coordinate systems.

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Thermodynamic concepts

Back

Includes a thorough analysis of thermodynamic concepts and their real-world applications.

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Cartesian and polar coordinates

Back

Convert between Cartesian and polar coordinates where angles are in degrees.

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Hypothesis key term

Back

A testable statement of the expected outcome of a study.

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Importance of experimentation

Back

Experimentation is essential for testing hypotheses and gathering data.

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Diagram of the steps of the scientific method

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The diagram illustrates the steps of the scientific method, including making an observation, gathering information, forming a hypothesis, testing it, analyzing results, and accepting or rejecting the hypothesis.

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Share results and consider iteration

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Document experiment results for sharing. If the hypothesis is not proven, consider creating a new hypothesis for further testing.

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Difference between accuracy and precision

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Accuracy is about closeness to the true value, while precision is about consistency in measurements.

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Conclusion from data

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Draw conclusions from collected data to determine if they support the hypothesis.

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Performance assessment

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Measurement helps in assessing the performance of a product.