Great ingenuity in calculating the -ve zero error by considering MSR as -1. I had developed the formula (N-C)* Least count where N-total Vernier divisions and C-coinciding division by using the length equivalence but your way is easier to remember.
tip if you measure objects like at 0.29, measure as close to the measuring axis otherwise those jaws will bend out if you clamp your object too tightly causing a measurement error
your vedioes are too good i learned more better from you then that of my teacher please make some more vedioes on the practicals of +1 and +2 classes plese
@@scherzomusikk5690 I wrote that comment 3 years ago....If you have this much time that you are finding mistakes form a 3 to 4 year old comment , then you need some work to keep yourself busy.
Good explaination. free advice: try to make the videos a little shorter . I mean revising just before exams is diificult due to time constraints. Thank you .
very nice vid .every little detail was precisely explained.had a number of doubts abt it but till i watched ur vid till end all had suddenly vanished .thank you so much Sir
After watching this video, my concept about working principle of slide callipers is totally clear. What an explanation! 😳😍👌 Thank yo so much sir 🙏 🙏 🙏 🙏 🙏😊😊😊😊.
for a negative error is also calculate by using formula (total no of vernier divisons - vernier coincidence)(least count) please reply me how formula is working imean proof
The things are explained in systematic order ,everything is so well explained and this would help me so much ,i would save it for my better studies and thanks a lot for making such tough topics easier by explaining everything nicely.
