Thanks very much. Clearly presented. One small glitch: entering the measured readings @ 6:01 min. Here it is: Height h = {(No. of full rotations given x 0.1) + [(FCSR ~ ICSR) X L.C]} in cm
while taking the first reading at what value what should keep the CSR and PSR and which one we should take first on the plane or spherical surface...........
I have a couple of concerns, but first, thank you for posting this important video.
In measuring a surface with precision, I use a precise flat to calibrate, not a table of unknown dimension.
In measuring the distance between the feet of the spherometer, I want for greater precision. Tenths of a millimeter simply is insufficient when measuring optical surfaces, or wafer thickness. The measurement is only as precise as the lowest precision dimension.
Nc video.... Helpful:-)
smartboy51295 2 days ago
i liked your video please add more videos like this ............
anandspoduval 5 days ago
huh!! finally got it.....thnks a lot dude!!!
AMIT70457 2 weeks ago
Thanks very much. Clearly presented. One small glitch: entering the measured readings @ 6:01 min. Here it is: Height h = {(No. of full rotations given x 0.1) + [(FCSR ~ ICSR) X L.C]} in cm
parithimathi 2 weeks ago
OMG thank you! You saved my from my practicals!!! JK mate i didn't understand a fucking word!!!!!
999Tornado 1 month ago
Comment removed
999Tornado 1 month ago
thank you so much!
luckygoescrazy 1 month ago
I cant understand yur accent
DeutschEagle 1 month ago 2
you saved me from my practicles
ratulhero 1 month ago
while taking the first reading at what value what should keep the CSR and PSR and which one we should take first on the plane or spherical surface...........
CyberFreakTV 2 months ago
very helpful but at times hard to follow, never took lessons in arabic english before x)
MartinezMKD 4 months ago
SAVED ME FOR MA PRACTICALS... phew...!
avsisters1 5 months ago
thanks dude u helped a lot!!!!!!!!!!!!!!!!!!!
abhiramajit 5 months ago
Very informative. Thanks a lot!
AniG2501 5 months ago
We have the same , exact looking spherometer ! in my school !
MrBizaaro 5 months ago
saved me!
Chidiyayushi 6 months ago
Thanks
psd90x 8 months ago
good demonstration
MrVikas995 8 months ago
Brilliant.
Ad23051958 9 months ago
thnx mahn! :)
prodigyR16 11 months ago
gr8 demo....!
Priyawb1 11 months ago
awesome demonstration....
nlyfarhana 1 year ago
awesome demonstration....
nlyfarhana 1 year ago
thnks bro!! its awsmmm :) it did help us
pradippathak 1 year ago
thanx bro god grace u with lots of happines u saved my practical...
shadstheking 1 year ago
hey! Thanks.
It was so easy to understand the experiment.
I'm sure I'll do good in my tomorrow's Physics practical :)
Thanks once again.
CHEENUize 1 year ago
hey! Thanks.
It was so easy to understand the experiment.
I'm sure I'll do good in my tomorrow's Physics practical :)
Thanks once again.
CHEENUize 1 year ago
Thank you brother, this was really helpful....
Parantap21 1 year ago
very good !!!
Systematicaly presented.... and all the good proceedures followes !!
Thank You !!
aphelionu 1 year ago
thank you very much
pranjalnewton 1 year ago
thank u
ameyassss 1 year ago
thanks u
ameyassss 1 year ago
man...you saved me from my practical exams...thanks a ton...
shibamtalukdar 1 year ago 18
I have a couple of concerns, but first, thank you for posting this important video.
In measuring a surface with precision, I use a precise flat to calibrate, not a table of unknown dimension.
In measuring the distance between the feet of the spherometer, I want for greater precision. Tenths of a millimeter simply is insufficient when measuring optical surfaces, or wafer thickness. The measurement is only as precise as the lowest precision dimension.
Best regards,
Francis J. O'Reilly
foreilly1958 1 year ago 2
Thanks a lot! You helped me a lot in my exams !! Thanks!
ChipperMist 2 years ago
Thanks It really helped
15Aash 2 years ago 7
Okay, Apu.
catfish4975 2 years ago