[PHYSICS EXPERIMENT 1] Measurement and Uncertainty

Measuring some physical quantities is part and parcel of any physics experiment. It is important to realise that not all measured values are exactly the same as the actual values. This could be due to errors that we made during the measurement, or perhaps the apparatus that we used may not be accurate or sensitive enough. Therefore, as a rule, the uncertainty of a measurement must be taken and it has to be recorded together with the measured value. The uncertainty of a measurement depends on the type of measurement and how it is done.

[@HrzRzn]

Explained very well thank you mrs shaz!

[@sitinuramirah8125]

Thank you Mrs Shaz

[@niknuramirah8917]

Thank you Mrs. Shaz

[@nurulizzahabmanaf2442]

Very clear to understand👍👍

[@farhim2204]

Ok thank you mrs shaz

[@maisarahjoha7959]

Assalamualaikum Mrs. Shaz😊I'm not clearly understood how to measure and calculate the zero error😅I hope teacher can teach once again in the class😊

[@intansyauqina9169]

thank you mrs Shaz :)

[@anisnabila1903]

explained well!! 🤩 but, im a bit confuse to measure using vernier calliper 😅

[@nurulazrinabintiarjankm-pe3189]

Im understood.. but im a bit confused which lines to look vernier callipers ..

[@sohjingyun2697]

Thankyou Mrs Shaz😍

[@nurulnatashabintihussinkm-1333]

Thank you, Mrs shaz. Im confused which line, n how to calculate zero error

[@yujiaqi2978]

Thankyou Mrs Shaz

[@seejiaxuan7728]

Good video, tq

[@meky_san_8576]

can you trnasleter to arbic????

[@physicslab5787]

Nice

[@hanantyoramadhan4319]

Gavi elek

[@mehmetcihandursun3478]

The initial measurement should have been 5.07 millimeters. We need to approach the fractional part from 0. Anyone with an eye already knows that measurement is not 5.42.

[@hanantyoramadhan4319]

Inggris ramudeng