Cleared JEE Advanced in 2017, Currently studying in IIT PATNA (Mechanical Engg).  Loves football and cricket .
Christopher Nolan's huge fan.

Satyam Singh

In this course types of errors, how to calculate them, how to solve jee advanced level questions on errors. We will learn about significant digits and rounding off numbers. We will also learn about laboratory instruments and some experiments.

IIT JEE 2020 and 2021 Main and Advanced exam preparation. Know about detailed syllabus, best books, exam pattern and dates. Cover previous year question papers and book solutions from great educators.

IIT JEE

JEE Main and Advanced Preparation

Hindi

(Hindi) Errors in Measurement and Instruments : IIT JEE

Units & Dimensions

Basics & Laboratory

Physics

IITJEE, NEET UG and Foundation

Ace the toughest competitive and government exams in India 

Test Preparation

Introduction to Errors in measurement and instruments. This video is an overview of what we are going to learn in this course

Lecture 1 - Introduction (in Hindi)

In this lesson we will learn all about errors.

Lecture 2 - Errors (in Hindi)

In this lesson we will learn how to solve different types of problems on errors

Lecture 3 Error - Questions (in Hindi)

In this lesson we will learn everything about significant figures and rounding off.

Lecture 4 - Significant Digits (in Hindi)

Some more theory on significant digits and its questions.

Lecture - 5 Questions on Significant Digits (in Hindi)

We will learn  about Vernier scale or vernier calliper in this lesson

Lecture - 6 Vernier Calliper (in Hindi)

In this lesson we will practice some questions on Vernier calliper

Lecture 7 - Questions on Vernier Calliper (in Hindi)

In this lesson we will learn about screw gauge with example.

Lecture 8 - Screw Gauge (Micrometer) (in Hindi)

18 years experience, mentored more than 500 ranks under 1000 including AIR: 21, 87, 273,381) | FIITJEE (Delhi), Narayana, VMC | IIT, Mandi

Pankaj Singh

This course explains the concepts and applications of Error analysis. Very important for JEE .

(Hindi) Error Analysis : IIT JEE

I'm your AR & you're my Squad! 
On YouTube 💢 AR SQUAD 💪
Teacher | Entertainer | Coach

Aayush Rathi

In this course we will learn in great detail about the basic tool of physics called  as "Units" & "Dimesions". We will also learn about all the important applications of this topic over the entire physics course and will also try analyse it with variety of numericals.

(Hindi) Units & Dimensions For IIT JEE

Follow me and Learn Electrical Engineering.
use code " MACHINE20" to attend my Classes.
and Make Electrical your Passion

Ravendra Yadav

In this crash course, we will be discussing all the topics and concepts for Electrical Measurement required and very important for all JEE exams held all over India in the branch of Electrical Engineering.

Crash course on Measurement for Electricial Engineering (Hindi)

Hidden Gem Awardee (Unacademy Monthly Award). 3rd yearite @BITSPilani (330/450 in BITSAT). AIR-3493 in JEE-Mains. NSEA Qualified (AIR ~ 250)

Yatharth Gairola

This course is a continuation of the previous one.
This course describes the remaining 4 fundamental units.
Also, the 2 Supplementary Units, rad. and Strad. are explained.
These units are also very important and will keep reoccurring throughout the curriculum of class XI and XII.
So let's clear our basics, so that we have a strong foundation on which the buildings of success and knowledge can be built.

(Hindi) The Fundamental Units (Except- Length, Mass, Time) and the 2 Supplementary Units

MS in Electrical Engineering from USC, LA
B.Tech in ECE from VIT, Vellore

Prathyusha Chilagani

In this course we will learn how Dimensions of Quantities are derived and how Dimensional Analysis help check the correctness of the equation.

Dimensions and Dimensional Analysis

This is a practice course on 'Vectors & Forces' where we will be discussing around 100+ MCQs from exams like JEE Main, NEET, BITSAT, WBJEE, etc. This course is a must watch for all the Physics learning students.

Lessons

8 lessons • 1h 40m