Constant acceleration is a fundamental concept in physics, involving a uniform change in an object's velocity over time. This text delves into the principles of constant acceleration, graphical analysis through displacement-time and velocity-time graphs, and the practical applications of the SUVAT equations. It also discusses gravitational acceleration, a natural instance of constant acceleration, and its implications in kinematics for predicting object motion.
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1
Define acceleration.
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2
What does constant acceleration imply?
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3
How do real-world forces affect constant acceleration?
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4
In ______-time graphs, the slope signifies an object's ______, and a parabolic curve indicates ______ acceleration.
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5
SUVAT Equations - Variables Involved
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6
SUVAT Application - Stopping Distance
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7
SUVAT Usage - Object's Fall Time
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8
The symbol ______ represents the constant acceleration due to Earth's gravity, which is roughly ______.
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9
In vertical motion problems, all objects near Earth's surface decelerate and accelerate at the rate of ______, regardless of their ______.
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10
Define constant acceleration.
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11
Purpose of displacement-time graphs.
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12
What are SUVAT equations?
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