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making timings by sighting the bob past a fixed reference point (called a 'fiducial point')Sighting the bob as it moves fastest past a reference point. The pendulum swings fastest at its lowest point and slowest at the top of each swing.· The bob of the pendulum was displaced with a small angle· The amplitude of the oscillation of a simple pendulum is small.· The simple pendulum oscillates in a vertical plane only.· Switch off the fan to reduce the air resistance
if you are conducting the experiment under a fan, switch off the fan to avoid your pendulum bob to swing in different degree. #stainless
To reduce action time error and also to get in time with the rhythm of the pendulum.
In the simple harmonic motion experiment; the equation neglects both gravity and air resistance. Furthermore, depending on your method of obtaining the spring constant (k); the measurements will most likely not be accurate if the method in the lab manual is used. A meter stick is inefficient to measure in mm by simply holding it straight up.
no.
making timings by sighting the bob past a fixed reference point (called a 'fiducial point')Sighting the bob as it moves fastest past a reference point. The pendulum swings fastest at its lowest point and slowest at the top of each swing.· The bob of the pendulum was displaced with a small angle· The amplitude of the oscillation of a simple pendulum is small.· The simple pendulum oscillates in a vertical plane only.· Switch off the fan to reduce the air resistance
if you are conducting the experiment under a fan, switch off the fan to avoid your pendulum bob to swing in different degree. #stainless
The period of a simple pendulum, with very short swings, is approximated byT = 2 pi (L/G)(0.5)More complex pendulums, or pendulums with greater than insignificant swing, have more complex equations, usually to correct for circular error.
Some common sources of error in measurement include human error such as misreading instruments or recording data incorrectly, instrument error like calibration issues or sensor drift, environmental conditions affecting measurements, and systematic errors inherent to the measurement method itself.
For a simple pendulum, with very small, technically infinitesimal, swings, the period T is approximately 2 pisquare root (Length / gravity). From there, it is simple algebra.T2 = 4 pi2 length / gravitygravity = 4 pi2 length / T2For more information, including how to compensate for circular error introduced by non-infinitesimal swings, please see the Related Link below.
What are the sources of error in a solubility lab containing potassium crystal
I assume you want to get the pendulum's period. If you record a greater amount of oscillations, you will reduce the error - since if you manually measure time, you are likely to get an error of a few tenths of a second.
l would be too small and so the period would be too small.
parallax error - reading of volume of burette
A compounded error is an error caused by something which is unforeseen, such as extreme weather conditions.
To reduce action time error and also to get in time with the rhythm of the pendulum.