Vernier Caliper (Read Easily) - Parts & Function, Zero Error, Least Count Calculation Explained.

In this video we will learn how a Vernier Caliper works, the main parts, and functions of different parts of a Vernier Caliper. We will learn about the zero error (Positive and Negative Zero error) in Vernier Caliper, we will learn how to calculate the Least Count of Vernier Caliper, and finally, we will learn how to read a Vernier Caliper very easily using animated presentation of vernier caliper for easier explanations. Let us know in the comments if it was helpful.
Be With Us While We Grow.
Click here and Subscribe (It's Free 🙂👉 ) : bit.ly/2WyP4L1

[@sameermallawaarachchi5306]

Thank you very much for the best explanation

[@thebluebeyond2329]

Now this is what l call an EXPLANATION

[@hanweyn2020]

You have given us a very detailed explanation that everyone can easily understand. Thank you

[@PhuckitFuk]

You made this more complicated than it needed to be

[@jozsefsalagvardi7694]

From the time of 7:00, it can be seen that the inc scale does not show zero but about 2/8 inc at a measured size of 0, while the mm scale does! Carelessness of the drawing maker.

[@1975sekar]

Beautiful explanation. All about vernier caliper one needs to know is what exactly explained in this video. Great. Must watch

[@waqaryounas2210]

very good explaination method

[@dr.muhammadsohelmofiz3145]

Thanks for the post

[@dulyana9708]

Thank you , the explanation is very clear .

[@drnithyavijayan6117]

Great job thank you👏

[@johnson3726]

Good explanation 👍 do more videos like this. 👍

[@Mike40M]

A bit optimistic about precision of a vernier caliper. Unless you are in a temperature controlled toolroom, I don't rely on a vernier caliper measuring better than 0.1 mm.

[@havilahelias7349]

Thank you, its really helpful.

[@marengbuolghakmareng3207]

Thank you
I'm satisfied with your explanation

[@Onndwe]

This video is more than useful...thanks

[@II_Emilia_II]

thank you for this video. it was quite helpful :)

[@odobijames910]

Thank you very much, very good and educating

[@smileysanthosh6916]

Perfect explination tq💐

[@esachan_]

Thank you!

[@josephykamuyalo4494]

Good explaination

[@spiritozzfanime8511]

Thanks for the information

[@lavanyas.b8389]

Awesome explanation mam .
Thank u so much

[@georgemusonda8465]

Need more of the videos

[@sirjanabhatt]

Best explanation ever❤

[@pavani.d604]

Thanks mam. Well explained .

[@abdullahzulfiqar2130]

Good job 👌👍👏😗😘😘

[@aprilrosebesin5947]

this save me! thank you!

[@haydenray8724]

Where do the 0.02 comes from?

[@shounakrocks4679]

Good video.... It has made me fall in love with vernier caliper....
EDIT: Pls don't comment "love the way u lie".... 😅

[@shreyanshshreshtha8996]

Love the way you lie 🌚

[@sahanashreeg611]

Thank you teacher u teach me very clearly

[@fiestamusicacademy3445]

really homie🤔im disgusted

[@user-ue4jh6qe9q]

Think you so much

[@padmapriya9595]

VERY GOOD

[@TheMaways]

well explained

[@sindusamvrutha8851]

Well explanation & good

[@keerthanakeerthikumar4835]

Spr explanation vera 11

[@FREEFIREGAMER-kc5ys]

0:22

[@wisdomagbemenu5997]

Is the vernier scale also in mm?

[@rohith.r7248]

There vernier scale reading is 23 right.Why 40🤔

[@xiaohanjiang4960]

Did not explain where this calculation come from. Disappointed.

[@ravit8333]

But your scale is wrong, 4inch shud be nearer to 100mm

[@DemoDan]

The illustration shows incorrect metric/imperial proportions on the main scale and wrong type and zero placement of the vernier scale on the inch side. Quarter inch negative zero error to begin with lol Don't try measuring in inches with these typical import quality calipers and instructions!

[@foxfinder4863]

thats 12 minutes i won't get back, why did you not show how to read in inches?