@@LouisWongPhysics Cheers this helped a lot. I'm still not certain about the length of my error bars because I do not know the absolute uncertainty of the instrument I used (A high voltage power supply that was displaying a count of nuclear decays). I am going to just go with the absolute uncertainty being 1 - which doesn't sit well with me, but I have been researching long enough and need to get on with other work. The instrument displays a count of nuclear decays, which is only ever going to be an integer.
@@CHEESYhairyGASH In this case I would probably just repeat the trials and consider the data scattering for the uncertainty. Agree with you. Your display is an accurate integer.
Thank you sir! You just helped me so much with my physics EE
That was special. Thanks 👍👍
Video sawa kweli 💯
Respected sir @24.40 there was negative y intersept isn't it? as the green line was passing below origin. By the way great video. Subscribed!!!
yes, correct. Thanks for the comment!
How do you plot error bars on a log plot?!
see this video
th-cam.com/video/-zonMEQw-fo/w-d-xo.html
@@LouisWongPhysics Cheers this helped a lot. I'm still not certain about the length of my error bars because I do not know the absolute uncertainty of the instrument I used (A high voltage power supply that was displaying a count of nuclear decays). I am going to just go with the absolute uncertainty being 1 - which doesn't sit well with me, but I have been researching long enough and need to get on with other work. The instrument displays a count of nuclear decays, which is only ever going to be an integer.
@@LouisWongPhysics BTW, your videos are very accessible and clearly explained.
@@CHEESYhairyGASH In this case I would probably just repeat the trials and consider the data scattering for the uncertainty. Agree with you. Your display is an accurate integer.
@@CHEESYhairyGASH Thank you. You can see a better structure for access on flipwithlouis.wixsite.com/home