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Decimal Notation from Scientific Notation Conversion Guide

Learn how to convert numbers from scientific notation to decimal notation effortlessly with clear steps and examples. Master moving decimals to the right or left based on positive or negative exponents.

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Decimal Notation from Scientific Notation Conversion Guide

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  1. Notes Over 5 – 8 Write the number in decimal notation from scientific notation. Positive exponent – move the decimal to the right = 419 0 Positive exponent – move the decimal to the right = 3,460

  2. Notes Over 5 – 8 Write the number in decimal notation from scientific notation. Negative exponent – move the decimal to the left = 0.372 0 0 Negative exponent – move the decimal to the left = 0.00125

  3. Notes Over 5 – 8 Write the number in decimal notation from scientific notation. Positive exponent – move the decimal to the right , , 0000 = 715 0 Negative exponent – move the decimal to the left = 0.0902

  4. Notes Over 5 – 8 Write the number in scientific notation. . First put the decimal after the first non-zero number. Since the number is a large number the exponent will be positive. 4 2.31 x 10 How far do you have to move the decimal?

  5. Notes Over 5 – 8 Write the number in scientific notation. . First put the decimal after the first non-zero number. Since the number is a large number the exponent will be positive. 3 8.432 x 10 How far do you have to move the decimal?

  6. Notes Over 5 – 8 Write the number in scientific notation. First put the decimal after the first non-zero number. Since the number is a small number the exponent will be negative. -2 1.2 x 10 How far do you have to move the decimal?

  7. Notes Over 5 – 8 Write the number in scientific notation. First put the decimal after the first non-zero number. Since the number is a small number the exponent will be negative. -4 3.17 x 10 How far do you have to move the decimal?

  8. Page 127, 5 – 8 #1-18 Worksheet #90

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