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Objective : To convert numbers from standard form to Scientific Notation and vice-versa. 12.5.3. Class Notes Measurement Sec 1.7. 1. 3 parts of Scientific Notation:. A number between 1 and 10, but not = 10. A multiplication symbol. [ , x, * , ( )]. 10 to some power. 2.
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Objective: To convert numbers from standard form to Scientific Notation and vice-versa. 12.5.3 Class Notes Measurement Sec 1.7 1. 3 parts of Scientific Notation: • A number between 1 and 10, but not = 10. • A multiplication symbol. [ , x, * , ( )] • 10 to some power. 2. Which numbers are between 1 and 10? (yes or no) Example 1: d. 9.999 b. 23.7 c. 1.7 a. 0.35 g. 3.5 h. 10.4 e. 4.8 f. 10
3. Which of the following are multiplication symbols? (yes or no) Example 2: d. . b. * c. ( ) a. x 4. Which numbers are in scientific Notation. (Yes or No) If no explain why Not. Example 3: b. 10.3 / 5 a. 4.7 x 103 d. 4.7 x 43 c. 0.4 * 10-3 5. Write $100 million in scientific notation. Example 4
6. Rewrite each number in S.N. Example 5 b. 4,317 a. 6,300,000 d. .000069 c. 3.5 billion Rewrite each number in standard notation 7. Example 6 a. b.
An electronic charge measures About .0000000004803 electrostatic Units. Write this in scientific notation. 8. Example 7 9. Scientific notation on a calculator is Usually displayed as 6.837 E 8 What is this number in decimal notation? Example 8