Multiplying and dividing significant figures quiz

    • [PDF File]CHM 130 Sig Fig Practice Problems

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      Significant digits or figures are not something we make up to terrorize you all semester long. They represent the accuracy of a measurement. For example, a cheap bathroom scale bought at the dollar store reads your weight as 152 pounds, not 152.45809 pounds. It is not that accurate. Significant digits are very important in all measurements. Now remember that conversion factors such as (1 L ...

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    • [PDF File]Pottsgrove School District / Pottsgrove School District ...

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      SIGNIFICANT FIGURES Name When multiplying and divldlngt limit and round to the least number of significant figures in any of the factors. Example 1: 23.0 cm x 432 cm x 19 cm = 188,784 cm3 The answer is expressed as 190,000 cm3 since 19 cm has only two significant figures. When adding and subtracting, limit and round your answer tò the least number of decimal places 'in any of the numbers that ...

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    • [PDF File]SIGNIFICANT FIGURES Name

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      When multiplying and dividing, limit and round to the least number of significant figures in any of the factors. 11 Example 1 : 23.0 cm x 432 cm x 19 cm = 188,784 cm3 11 The answer is expressed as 190,000 cm3 since 19 cm has onlv two significant fiaures. I I When adding and subtracting, limit and round your answer to the least number of decimal places in any of the numbers that make up your ...

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    • [PDF File]PHY131H1F Introduction to Physics I Class 2

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      Rules for Significant Figures When multiplying or dividing numbers, the result has as many significant figures as the number used in the calculation with the fewest significant figures. Example: 11.3 cm x 6.8 cm = 76.84 cm ≈77 cm. When adding or subtracting, the answer is no more accurate than the least accurate number used. The number of significant figures may be off by one; use the ...

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    • [PDF File]Significant Figures - Metropolitan Community College

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      The Significant Figures of a number refer to those digits that have meaning in reference to a measured or specified value. Correctly accounting for Significant Figures is important while performing arithmetic so that the resulting answers accurately represent numbers that have computational significance or value. There are three rules that are used to determine how many significant figures are ...

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    • [PDF File]Rules for Significant Figures (sig figs, s.f.)

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      Rules for Significant Figures (sig figs, s.f.) A. Read from the left and start counting sig figs when you encounter the first non-zero digit 1. All non zero numbers are significant (meaning they count as sig figs) 613 has three sig figs 123456 has six sig figs 2. Zeros located between non-zero digits are significant (they count) 5004 has four sig figs 602 has three sig figs 6000000000000002 ...

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    • Significant Figures With Both Addition And Multiplication

      Significant Figures Rules for Assigning Significance to a Digit 1. Exact numbers can be considered as having an unlimited number of significant figures. For example: 1 inch is defined as 2.54 cm, therefore it this is an exact conversion factor. 2. Digits other than zero are always significant. 3. Rules about zeros: Final zeros after a decimal point are always significant. Zeros between two ...

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    • [PDF File]Multiplication & Division

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      Multiplying by a scale 2cm C B 8cm factor of 2 Multiplying by a scale B is twice the height of A. C is 0.25 times as high as B. Note that the result of such a scaling operation may result in a reduction in the quantity or measurement if the scale factor is less than 1. This multiplication structure also includes the idea of ‘rate’. For example:

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