Lesson Playlist: Applications of Derivatives on Rectilinear Motion Mathematics • Third Year of Secondary School
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03:20Finding the Times when the Velocity of a Particle Equals Zero
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05:06Finding the Distance Covered by a Particle in a Given Time Period
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04:29Finding the Velocity When the Acceleration Is Uniform and given the Displacement Expression
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03:03Finding the Maximum Speed of a Particle given Its Velocity as a Function of Its Position
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01:24Finding the Average Velocity of a Particle Moving in a Straight Line given a Relation between Its Position and Time
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05:05Finding the Minimum Velocity of a Particle
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01:35Determining Whether a Particle Is Accelerating or Decelerating Based on a Displacement Expression in Terms of Time
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04:02Finding the Maximum Velocity of a Particle
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05:17Finding the Interval of Acceleration for a Particle Moving along the 𝑥-Axis
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03:26Determining the Time Interval during Which a Particle’s Velocity Increases given Its Displacement with Respect to Time
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02:35APCALC02AB-P1A-Q22-519156787864
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02:04Determining the Acceleration given the Velocity Expression of a Particle
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01:17APCALC02AB-P1A-Q41-637187436548
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07:58Finding the Displacement, Velocity, and Speed of a Particle
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05:46Determining the Time of the Given Acceleration of a Particle Using the Displacement Expression
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05:00Finding the Velocity of a Particle at a Given Time and the Time Interval during Which the Velocity is Decreasing
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05:44Finding the Magnitude of the Acceleration If the Velocity Is Uniform
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04:17Evaluating the Expression of Displacement in Terms of Time and a Particle’s Uniform Velocity to Find an Unknown Expression
