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Scientific Notation Example and Unit Analysis

by Jared Rovny
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    About the Lecture

    The lecture Scientific Notation Example and Unit Analysis by Jared Rovny is from the course Methods and Common Calculations. It contains the following chapters:

    • Scientific Notation Example
    • Unit Analysis

    Included Quiz Questions

    1. (6.5 × 1.5/2.3) × 10^8
    2. (6.5 × 1.5/2.3) × 10^6
    3. (6.5 × 1.5/2.3) × 10^4
    4. (65 × 15/23) × 10^8
    5. (6.5 × 1.5/2.3) × 10^7
    1. Mass times distance per second squared
    2. Distance squared divided by time
    3. Mass times acceleration divided by time
    4. Mass times time divided by distance
    5. Mass times velocity squared and divided by acceleration
    1. F^2 = m ^ 2a ^ 2
    2. F2 = ma2
    3. F^2 = mv/t ^ 2
    4. F2 = m ^ 2v ^ 2/t
    5. F2 = m ^ 2v/t ^ 2
    1. 25,00,000 × 1800 / 2,700
    2. 25,00,000 × 2700 / 1,800
    3. 25,000,000 / 1,800 × 2700
    4. 2.5 ^ 8 × 1,800 × 2700
    5. 2.5 ^ 8 × 2700 × 1,800
    1. (3.2 × 103) (5 × 106) (2.5 × 109)
    2. (5 × 103) (3.25 × 106) (2.5 × 109)
    3. (32 × 103) (5 × 106) (25 × 109)
    4. (32 × 106) (5 × 108) (2.5×109)
    5. (3.2 × 103) (5 × 106) (25 × 108)
    1. 1/2at2
    2. 3/2t2
    3. 5/22
    4. 2t2
    5. 1/2at
    1. Dividing meter per second by second
    2. Dividing velocity by time
    3. Dividing distance covered by time squared
    4. Dividing meter per second
    5. Dividing meter by second per second

    Author of lecture Scientific Notation Example and Unit Analysis

     Jared Rovny

    Jared Rovny


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