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Because a difference in position is required when employing the Law of Change for the One-Dimensional Motion with Constant Velocity model, it is important to carefully consider the problem statement, define a useful coordinate system, and accurately assign the initial and final positions. The power to choose an advantagous origin and direction for your coordinates is a feature of all the motion models that can often be exploited to simplify calcuations, but it is important to remember that with great power comes great responsibility: failing to consciously choose a coordinate system can lead to sloppy math and an incorrect solution.
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| title | Check your understanding by solving this Milestone Problem: |
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Overdriving Headlights ( | Excerpt Include |
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| RELATE:Overdriving Headlights |
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| RELATE:Overdriving Headlights |
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| nopanel | true |
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) Systems {align:right}[!copyright and waiver^SectionEdit.png!|Motion with Constant Velocity (Coordinates)]{align}
Because a difference in [position] is required when employing the [Law of Change] for the [One-Dimensional Motion with Constant Velocity|1-D Motion (Constant Velocity)] [model], it is important to carefully consider the problem statement, define a useful [coordinate system], and accurately assign the initial and final positions. The power to choose an advantagous origin and direction for your coordinates is a feature of all the motion models that can often be exploited to simplify calcuations, but it is important to remember that with great power comes great responsibility: failing to consciously choose a coordinate system can lead to sloppy math and an incorrect solution.
{tip:title=Check your understanding by solving this Milestone Problem:}
*[Overdriving Headlights]* ({excerpt-include:Overdriving Headlights|nopanel=true})
{tip} |
