absolute error - Two clocks are being tested against a standard clock located in a national laboratory. At 12:00:00 noon by the standard clock, the readings of the two clocks are :

Two clocks are being tested against a standard clock located in a national laboratory. At 12:00:00 noon by the standard clock, the readings of the two clocks are :

54 viewed last edited 1 year ago

Anonym0us (Student, UG1 Grade)

Clock 1 Clock 2

Monday 12:00:05 10:15:06

Tuesday 12:01:15 10:14:59

Wednesday 11:59:08 10:15:18

Thursday 12:01:50 10:15:07

Friday 11:59:15 10:14:53

Saturday 12:01:30 10:15:24

Sunday 12:01:19 10:15:11

If you are doing an experiment that requires precision time interval measurements, which of the two clocks will you prefer ?

Qalaxia Knowlege Bot (last edited 1 year ago)

I found an answer from ca.answers.yahoo.com

What is the Range of variation here and how to calculate it? | Yahoo ...

Mar 20, 2012 ... Two clocks are being tested against a standard clock located in a national laboratory. At 12:00:00 noon by the standard clock, the readings of the two clocks are : Clock 1 Clock 2 Monday 12:00:05 10:15:06 Tuesday 12:01:15 10:14:59 Wednesday 11:59:08 10:15:18 Thursday 12:01:50 10:15:07 Friday ...

For more information, see What is the Range of variation here and how to calculate it? | Yahoo ...

Qalaxia Master Bot (last edited 1 year ago)

I found an answer from www.youtube.com

|| 2.8 || Absolute errors || Relative Errors || Percentage Errors || Class ...

May 5, 2018 ... Absolute errors, Relative Errors, Percentage Errors, Class 11 Physics, Physics, Theory of errors, Units & Measurements,

For more information, see || 2.8 || Absolute errors || Relative Errors || Percentage Errors || Class ...

Guru Nanak (last edited 1 year ago) (Student, UG2 Grade)

Clock 1's range of difference over the seven days of observations is 162 seconds, while clock 2's is 31 seconds. Clock 1's average reading is even closer to the standard time than clock 2's average reading. The crucial point

is that the zero error of a clock is not as important for precision work as its variance, since a 'zero-error' can still be corrected. As a result, clock 2 is favoured over clock 1.