4. As shown in class prove how starting from the assumption of a constant force acting on a particle, this results in an equation of motion of 1 x(t) = x₁ + voxt + = axt²

University Physics Volume 1
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Chapter6: Applications Of Newton's Laws
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Problem 76P: The CERN particle accelerator is circular with a circumference of 7.0 km. (a) What is the...
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4. As shown in class prove how
starting from the assumption of a
constant force acting on a
particle, this results in an
equation of motion of
1
x(t) = xo + voxt + 1⁄2 axt²
Transcribed Image Text:4. As shown in class prove how starting from the assumption of a constant force acting on a particle, this results in an equation of motion of 1 x(t) = xo + voxt + 1⁄2 axt²
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