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Vivek Singh

Vivek Singh

HOD Physics @ Unacademy Bhilai

Former Director β€” Vibrant Academy | Former Faculty β€” Aakash Institute
In his free time, he provides career counseling on Dial Me 24/7

Hi, this is Vivek Singh. I help NEET and IIT-JEE aspirants do the one thing that matters most: get selected.

If your focus keeps slipping, your marks aren’t moving, or you’re studying hard with zero resultsβ€”I’ll tell you exactly what’s breaking your preparation and how to fix it fast.

My priority is simple: Turn your preparation into a selection.

From routine, discipline and strategy to exam temperamentβ€”I break down everything toppers get right and average students miss.

Once the rank comes, I guide you on which branch to pick, which college to trust, and how to lock a path that gives long-term success.

If things don’t go as planned, I help you make smart next moves without wasting a year or losing confidence.

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JEE Mains NEET UG CBSE Class 11 CBSE Class 12 NCERT DC Pandey SL Arora
JEE MAIN 2025(23jan shift1)Identify the valid statements relevant to the given circuit at the instan

JEE MAIN 2025(23jan shift1)Identify the valid statements relevant to the given circuit at the instan

February 17, 2025

Description ****2025 complete solution playlist**πŸ˜ƒπŸ€˜πŸ» ***All JEE Main/AIEEE questions playlist***πŸ˜ƒπŸ€˜πŸ» ***All NEET PYQs playlist***πŸ˜ƒπŸ€˜πŸ» βœ…βœ…βœ…πŸ˜ƒYou can also find for chapterwise playlist of JEE MAIN and NEET on the channelπŸ‘πŸ»πŸ‘πŸ»βœ…βœ…βœ… #jee,#jeemain,#iitjee,#neet,#pyq,#importantquestions,#jeemainpapersolution,#jeemain2025,#physicsmonk Identify the valid statements relevant to the given circuit at the instant when the key is closed. A. There will be no current through resistor

JEE MAIN 2025(23jan shift1)A radioactive nucleus n2 has 3 times the decay constant as compared to t

JEE MAIN 2025(23jan shift1)A radioactive nucleus n2 has 3 times the decay constant as compared to t

February 17, 2025

Description ****2025 complete solution playlist**πŸ˜ƒπŸ€˜πŸ» ***All JEE Main/AIEEE questions playlist***πŸ˜ƒπŸ€˜πŸ» ***All NEET PYQs playlist***πŸ˜ƒπŸ€˜πŸ» βœ…βœ…βœ…πŸ˜ƒYou can also find for chapterwise playlist of JEE MAIN and NEET on the channelπŸ‘πŸ»πŸ‘πŸ»βœ…βœ…βœ… #jee,#jeemain,#iitjee,#neet,#pyq,#importantquestions,#jeemainpapersolution,#jeemain2025,#physicsmonk A radioactive nucleus n2 has 3 times the decay constant as compared to the decay constant of another radioactive nucleus n1. If initial number of

JEE MAIN 2025(23jan shift1)A radioactive nucleus n2 has 3 times the decay constant as compared to t

JEE MAIN 2025(23jan shift1)A radioactive nucleus n2 has 3 times the decay constant as compared to t

February 17, 2025

Description ****2025 complete solution playlist**πŸ˜ƒπŸ€˜πŸ» ***All JEE Main/AIEEE questions playlist***πŸ˜ƒπŸ€˜πŸ» ***All NEET PYQs playlist***πŸ˜ƒπŸ€˜πŸ» βœ…βœ…βœ…πŸ˜ƒYou can also find for chapterwise playlist of JEE MAIN and NEET on the channelπŸ‘πŸ»πŸ‘πŸ»βœ…βœ…βœ… #jee,#jeemain,#iitjee,#neet,#pyq,#importantquestions,#jeemainpapersolution,#jeemain2025,#physicsmonk A radioactive nucleus n2 has 3 times the decay constant as compared to the decay constant of another radioactive nucleus n1. If initial number of

JEE main 2025(22jan shift 2)The net current flowing in the given circuit is _______ A.

JEE main 2025(22jan shift 2)The net current flowing in the given circuit is _______ A.

February 17, 2025

Description ****2025 complete solution playlist**πŸ˜ƒπŸ€˜πŸ» ***All JEE Main/AIEEE questions playlist***πŸ˜ƒπŸ€˜πŸ» ***All NEET PYQs playlist***πŸ˜ƒπŸ€˜πŸ» βœ…βœ…βœ…πŸ˜ƒYou can also find for chapterwise playlist of JEE MAIN and NEET on the channelπŸ‘πŸ»πŸ‘πŸ»βœ…βœ…βœ… #jee,#jeemain,#iitjee,#neet,#pyq,#importantquestions,#jeemainpapersolution,#jeemain2025,#physicsmonk The net current flowing in the given circuit is _______ A. Welcome to PhysicsMonk.com – India’s Largest Platform for Instant Doubt Solutions PhysicsMonk.com is the

JEE main 2025(22jan shift 2)The net current flowing in the given circuit is _______ A.

JEE main 2025(22jan shift 2)The net current flowing in the given circuit is _______ A.

February 17, 2025

Description ****2025 complete solution playlist**πŸ˜ƒπŸ€˜πŸ» ***All JEE Main/AIEEE questions playlist***πŸ˜ƒπŸ€˜πŸ» ***All NEET PYQs playlist***πŸ˜ƒπŸ€˜πŸ» βœ…βœ…βœ…πŸ˜ƒYou can also find for chapterwise playlist of JEE MAIN and NEET on the channelπŸ‘πŸ»πŸ‘πŸ»βœ…βœ…βœ… #jee,#jeemain,#iitjee,#neet,#pyq,#importantquestions,#jeemainpapersolution,#jeemain2025,#physicsmonk The net current flowing in the given circuit is _______ A. Welcome to PhysicsMonk.com – India’s Largest Platform for Instant Doubt Solutions PhysicsMonk.com is the

JEE MAIN 2025(23jan shift 1)A light hollow cube of side length 10 cm and mass10g, is floating in wat

JEE MAIN 2025(23jan shift 1)A light hollow cube of side length 10 cm and mass10g, is floating in wat

February 17, 2025

Description ****2025 complete solution playlist**πŸ˜ƒπŸ€˜πŸ» ***All JEE Main/AIEEE questions playlist***πŸ˜ƒπŸ€˜πŸ» ***All NEET PYQs playlist***πŸ˜ƒπŸ€˜πŸ» βœ…βœ…βœ…πŸ˜ƒYou can also find for chapterwise playlist of JEE MAIN and NEET on the channelπŸ‘πŸ»πŸ‘πŸ»βœ…βœ…βœ… #jee,#jeemain,#iitjee,#neet,#pyq,#importantquestions,#jeemainpapersolution,#jeemain2025,#physicsmonk A light hollow cube of side length 10 cm and mass 10g, is floating in water. It is pushed down and released to execute simple

JEE MAIN 2025(23jan shift 1)A light hollow cube of side length 10 cm and mass10g, is floating in wat

JEE MAIN 2025(23jan shift 1)A light hollow cube of side length 10 cm and mass10g, is floating in wat

February 17, 2025

Description ****2025 complete solution playlist**πŸ˜ƒπŸ€˜πŸ» ***All JEE Main/AIEEE questions playlist***πŸ˜ƒπŸ€˜πŸ» ***All NEET PYQs playlist***πŸ˜ƒπŸ€˜πŸ» βœ…βœ…βœ…πŸ˜ƒYou can also find for chapterwise playlist of JEE MAIN and NEET on the channelπŸ‘πŸ»πŸ‘πŸ»βœ…βœ…βœ… #jee,#jeemain,#iitjee,#neet,#pyq,#importantquestions,#jeemainpapersolution,#jeemain2025,#physicsmonk A light hollow cube of side length 10 cm and mass 10g, is floating in water. It is pushed down and released to execute simple

JEE MAIN 2025(23jan shift1)A sub-atomic particle of mass 10–30 kg is moving with a velocity 2.21 Γ— 1

JEE MAIN 2025(23jan shift1)A sub-atomic particle of mass 10–30 kg is moving with a velocity 2.21 Γ— 1

February 17, 2025

Description ****2025 complete solution playlist**πŸ˜ƒπŸ€˜πŸ» ***All JEE Main/AIEEE questions playlist***πŸ˜ƒπŸ€˜πŸ» ***All NEET PYQs playlist***πŸ˜ƒπŸ€˜πŸ» βœ…βœ…βœ…πŸ˜ƒYou can also find for chapterwise playlist of JEE MAIN and NEET on the channelπŸ‘πŸ»πŸ‘πŸ»βœ…βœ…βœ… #jee,#jeemain,#iitjee,#neet,#pyq,#importantquestions,#jeemainpapersolution,#jeemain2025,#physicsmonk A sub-atomic particle of mass 10–30 kg is moving with a velocity 2.21 Γ— 106 m/s. Under the matter wave consideration, the particle will behave

JEE MAIN 2025(23jan shift1)A sub-atomic particle of mass 10–30 kg is moving with a velocity 2.21 Γ— 1

JEE MAIN 2025(23jan shift1)A sub-atomic particle of mass 10–30 kg is moving with a velocity 2.21 Γ— 1

February 17, 2025

Description ****2025 complete solution playlist**πŸ˜ƒπŸ€˜πŸ» ***All JEE Main/AIEEE questions playlist***πŸ˜ƒπŸ€˜πŸ» ***All NEET PYQs playlist***πŸ˜ƒπŸ€˜πŸ» βœ…βœ…βœ…πŸ˜ƒYou can also find for chapterwise playlist of JEE MAIN and NEET on the channelπŸ‘πŸ»πŸ‘πŸ»βœ…βœ…βœ… #jee,#jeemain,#iitjee,#neet,#pyq,#importantquestions,#jeemainpapersolution,#jeemain2025,#physicsmonk A sub-atomic particle of mass 10–30 kg is moving with a velocity 2.21 Γ— 106 m/s. Under the matter wave consideration, the particle will behave

JEE MAIN 2025(23 jan shift1)spherical surface of radius of curvature R, separates air from glass (re

JEE MAIN 2025(23 jan shift1)spherical surface of radius of curvature R, separates air from glass (re

February 17, 2025

Description ****2025 complete solution playlist**πŸ˜ƒπŸ€˜πŸ» ***All JEE Main/AIEEE questions playlist***πŸ˜ƒπŸ€˜πŸ» ***All NEET PYQs playlist***πŸ˜ƒπŸ€˜πŸ» βœ…βœ…βœ…πŸ˜ƒYou can also find for chapterwise playlist of JEE MAIN and NEET on the channelπŸ‘πŸ»πŸ‘πŸ»βœ…βœ…βœ… #jee,#jeemain,#iitjee,#neet,#pyq,#importantquestions,#jeemainpapersolution,#jeemain2025,#physicsmonk A spherical surface of radius of curvature R, separates air from glass (refractive index = 1.5). The centre of curvature is in the glass medium.

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