This tutorial was made 8 years ago but yet it's now 2023 and it is still the best tutorial. Thank you so much for sharing your knowledge and it's still going to help more learners in the coming years.
@@farahshujaat8157 No one asked you to say that no one asked, but you did it anyway. You have your own free will, and other people do too. Don't criticize someone for doing the exact same thing you're doing.
WeldNotes.com thank you for this... I'm 27 I'm a tool and die maker just got a job at Honda.... All my career I've used standard / imperial measurement and everything at Honda is in metric and these are helping me out tremendously thank you
5 years old but still one of the best tutorials. Thanks for sharing your knowledge and experience. Very important for Research engineers who are in R&D and never visited a workshop in their entire carrier
i watch these every time before a physics exam. helps refresh me, the explanations are clear and easy to understand + theyre interesting. thanks for this
Why didn't i find this video earlier. SIR , honestly speaking your method of teaching is totally different from the way quintessentially teachers teach us . I can't thank you enough ❤❤❤
man the explanation is too good in this video i read the book for like an hour and did not understand anything but after watching this video i finally understand this micrometer
I can't put in words how much I respect you for uploading such useful videos on RU-vid. I have my Physics practical tomorrow and I really appreciate the help! Thank you so much!
I've watched a lot of instructional videos on micrometers and this is by far the best. One small point though - I think you mean you can get more 'precise' micrometers, rather than more 'accurate.' In physics there is a significant difference between the two.
Finally understood the concept of a screw gauge a year after being introduced to it!! Thank you @weldnotes ..! It was a very clear and lucid explanation with the video showing only the visual information that is required.
@@chrisvandenberg797 not necessarily I searched up this video for my physics practical exam. Generally metrics and measurements are more associated with science which is why a micrometres and such are called scientific instruments. But I don't like the idea of seperating math and science in the first place because of the interdependence they have.
I haven't made any technical school but somehow ended up working with metrology gadgets and grew to love them. Thank you for refreshing my mind on how to read the micrometer in a very professional , simple and fun way !
Thank you. We hired somebody recently who told us he had some experience but on the initial walk-through when we tried to test him he gave us the "my old shop was metric only" excuse. We hired him anyway but it turned out he had absolutely no experience. (He couldn't even get a consistent measurement with calipers. . . . I had to show him how to hold the dang things.) I bought some used metric measuring equipment so the next time someone gives us that excuse we can still have him/her prove it. I HATE LIARS! (He doesn't work for us anymore, we still gave him a chance but he crash a machine because he started it in the middle of a program after an incert change. . . . . He was still holding on to his excuse up till the bitter end.)
Oh my goodness! This helped me so much!!! Currently trying to get through online course due to COVID 19 and Oh this was a lifesaver!! Made way more sense than my textbook 😂! Thank you!
What a legend, its been 8 years since this was posted and he is still responding to all the love comments. Thank you so much for this video, it really helped :)
This is literally 9 YEARS OLD, and yet it's so valid. Even in 2023, it hits correct and helpful. Thanks a lot, know that you helped me out, if you're around.
These are so useful in my high school machine tools class. Students catch on much quicker with your videos as guidance. Great job of explaining measurement tools. "how to read an inch micrometer" and "how to read an inch decimal rule" would be nice additions. Thank you.
bro thanks for the lesson it will help me out with my exams but i dont really seem to understand the last part but its alright thanks for making this video it really helps alot!
Just saved a high school student, thanks a lot!! I couldnt understand any other tutorial for my project on metric micrometers but with you everything just kind of clicked. Im really gratefull. I really cannot express how you saved me.
WeldNotes.com Sorry for late replay but I missed this message. And what would I to see is examples of mechanical engineering drawings its difficult to get useful knowledge about that:) And that`s why how to read a metric micrometer was so important for:) my next step is to develop mechanical engineering drawings (measuring up to the final drawings) :) so it would be more then useful if you can give us some of this examples ^_^ otherwise you have done a lot all ready so thanks for that :) and have a nice day :)
WeldNotes.com That would be really awesome ^_^ if you can do some of this things ^_^ Really useful `cause Im trying to get useful information on the internet but for now I`ve found a lot of non-useful "salad" :D :D
Thank you so much i'm not a science major and physics was really beginning to frustrate me. Thank you for saying your measurements as-is and not saying place values of decimals. That's really frustrating for some of us. Thank you really for making it so simple
I use metric mics both external and depth at work all the time and I was looking for something to help me explain to the apprentice how to read them (We have digital ones too but it's always best to learn to use traditional ones too right?). Anyway, this tutorial is really well done. Simple, to the point, well illustrated, well spoken and thorough. Kudos to you sir, from England 🏴
best teacher ever!I didn't understand to read the vernier calipers and this one too,but after watching this video it made me understand how to read and measure!THX SO MUCH!
Thank you sooo much, just a fresher in senior secondary school and this topic was too complicated for me to understand until I watched this video...thanks
Please release more videos in terms of drafting / mechanical drawing office theory. your pronunciation and skills to convey the correct information with the actual name or each part of the micrometer is so important and understanding the correct way to measure . your video faaaarrr exceeds the others . do us all a favor and make these.
Amazing explanation! It's really clear and simple to understand yet it deals with a complex topic many students (like me) find extremely confusing. With this and the Vernier caliper video I might just not fail my physics test!
The easiest way to remember if you are 'on a mark' or not and which way to read, is easier found in the act of taking the actual measurement and spinning the thimble.. so if you are approaching 15mm, for example, you will see it approaching zero and counting backwards.. so pay attention to this while taking the measurement and if it stops before or after zero, you know if its over under.. seems like a 'duh' type of thing, but when learning/remembering, its the most important part.. 'not quite q5 or just over 15.. (using the arbitrary number I just used) so you can go oh.. its 15.2 or 14.9, etc.. (and naturally, just apply this to any other numbers on the thimble... you can actually do it 'backwards' sometimes depending on which is quicker collecting data for a measurement. so.. 1) thimble (less than or more than) 2) the barrell... 3) so you can say I am less than...(THEN read the barrel) ...so you can say okay its less than the number I'm gonna get off the barrel, look at those marks, get the value from the barrel and the. get your numbers.. Other times, do it the other way... barrel, then thimble.. these are ways you can always use or ones to help ya when you have those brain fog moments.. :) Then you'll get it down and wo t have to think Bouton it anymore. (especially when its (using his example scale now) number on the thimble like 33 or something. -- Important side note. LEARN THE PRESSURE NEEDED to make a proper meaurement (with any measuring tool for that matter) you don't want to go even a tiny bit too tight.. AND MAKE SURE YOU KEEP IT SQUARED UP, AND CLEAN.. even w/ only w/ 0.1mm precision (vs 0.01,etc..for an example) the SMALLEST stuff (some you may not even notice, can/will throw your measurements WAY off.. oh and keep them clean, don't drop them and don't use the extreme limits of the tool(s) even w/ something like a torque wrench, too.. Also CHECK CALIBRATION OFTEN! 😊 Take care everyone! great video!!
