Physics 261 final Exam with Verified
Solutions| Latest Update
what was the purpose lab 5 to measure an object undergoing centripetal acceleration
what was the purpose lab 6 to determine the dependence of the oscillation period of a
pendulum on the pendulum's length and mass, and to determine g
what was the purpose lab 7 to examine the amplitude, resonant frequency, damping time,
quality factor, and phase shift of a driven mass-and-spring oscillator
what was the purpose lab 8 to examine waves on a string, find the resonance frequency of
the fundamental standing wave, its harmonics, and the propagation speed of waves
what was the purpose lab 9 to examine the relationship between the pressure, volume, and
temperature of air using the ideal gas law, boyles law, or charles law
using vernier calipers how do you estimate the uncertainty of the side of a block? measure
the side 5 times, then take the standard deviation of the measurements if different
how do you find the uncertainty in a measuring device? 1/3*its accuracy (if it goes to mm
then 1/3*0.001)
Solutions| Latest Update
what was the purpose lab 5 to measure an object undergoing centripetal acceleration
what was the purpose lab 6 to determine the dependence of the oscillation period of a
pendulum on the pendulum's length and mass, and to determine g
what was the purpose lab 7 to examine the amplitude, resonant frequency, damping time,
quality factor, and phase shift of a driven mass-and-spring oscillator
what was the purpose lab 8 to examine waves on a string, find the resonance frequency of
the fundamental standing wave, its harmonics, and the propagation speed of waves
what was the purpose lab 9 to examine the relationship between the pressure, volume, and
temperature of air using the ideal gas law, boyles law, or charles law
using vernier calipers how do you estimate the uncertainty of the side of a block? measure
the side 5 times, then take the standard deviation of the measurements if different
how do you find the uncertainty in a measuring device? 1/3*its accuracy (if it goes to mm
then 1/3*0.001)
