Differential Equations - 7 - 1st Order Constant Coefficients EXAMPLE

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Solving for the velocity of a falling ball (with air resistance). First I use the general form of the solution (derived in previous video) for a 1st order constant coefficients differential equation. Then, for practice, we resolve the same example by integrating the differential equation.
  1. The Lazy Engineer
  2. differential equations
  3. first order
  4. 1st order
  5. how to solve
  6. course series
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Комментарии
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Excellent presentation....moving through the free body diagram to the derivative equation, then show the solution as a function of time. Great Work!

sixstation
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What a channel man. You are amazing sir

umarnizamani
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You're a real hero man, legit the real mvp

ivanflebus
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Why is there not more likes? You do awesome work! Between you and Sal Khan, a bad or distant professor is barely an issue.

SprocketFXM
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HO LY CRAP this is an amazing lesson. It is fast and I need to stop and pause but I wish I knew about this weeks ago! I hope you are teaching at a college or uni

wvadam
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Love the videos, keep em' coming!

tyreegiles
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These videos make me so happy. Does that make me a nerd?

Generalth
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i don't understand. aren't we meant to find the expression of the velocity at time t =0?
Why then are we solving for general velocity(function) equation again. V (0) =C + mg/k, which is the velocity at time t=0

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