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how closely a measured value  agrees with a correct value.

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How close you are to the correct, accepted answer.

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Repeatability, the closeness of two or more data points to eachother.

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Significant figures are digits which carry value to the measurement.

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It provides better accuracy for certain measurements.

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Significant figures are a way to make values precise, in relation to the original measurements recorded.

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Precision is when measurements are close together repeatedly.

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Precision is when measurements are close together repeatedly.

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how close you are to the answer considered to be "right"

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Accuracy is how close you are to the correct value or measurement.

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Accuracy is how close you are to the correct value or measurement.

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precision is about repeatability, and how close you come to the same answer over and over

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Sig figs allow us make sure our answers are no more precise than the measurements we originally made.

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Sig figs allow us make sure our answers are no more precise than the measurements we originally made.

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sig figs are a great tool for making sure pieces of data with different amount of values are percice

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it allows us all to have the same understanding while gathering measurements and making sure those measurements have the same amount of accuracy

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how generally close you are to the correct answer, measurement, etc

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how generally close you are to the correct answer, measurement, etc

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reports repeatability meaning the closeness of results in independent test answers

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reports repeatability meaning the closeness of results in independent test answers

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sig figs are an easy way to find  get a precise value, they're non-zero digits, trapped zeros, or final zeros after the decimal place

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sig figs are an easy way to find  get a precise value, they're non-zero digits, trapped zeros, or final zeros after the decimal place

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because sig figs deal with both accuracy and precision of numbers, making it easier to figure out the correct value of a measurement

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because sig figs deal with both accuracy and precision of numbers, making it easier to figure out the correct value of a measurement

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Significant Figures are a simple way of getting a precise number.

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Precision is when recorded measurements are close and repeat.

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Sig Fig's give both accuracy and precision when recording measurements.

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When given a problem that has many sig figs in the answer,  rounding to 3 sig fig's will be accurate enough for the problem.

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When given a problem that has many sig figs in the answer,  rounding to 3 sig fig's will be accurate enough for the problem.

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Sig figs are the number of digits in a measurement that are actually measured (plus one estimated digit). They are used to keep values more accurate.

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Precision is about how close the values of a set of measurements are to each other

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Accuracy is how close a measurement is to the actual value.

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If different values in an equation are each rounded differently, the accuracy of your answer will likely be compromised if sig figs are not taken into account.