JEE CHALLENGES ☠️ @w_unbx Channel on Telegram

JEE CHALLENGES ☠️

@w_unbx


🔥COMPLETE THE DAILY CHALLENGE TO GET FULLY PREPARED FOR JEE ADV🔥

JEE CHALLENGES ☠️ (English)

Are you a student preparing for the Joint Entrance Examination (JEE) and looking for a fun and interactive way to test your knowledge and skills? Look no further than the JEE CHALLENGES ☠️ Telegram channel! This channel, with the username 'w_unbx', offers daily challenges designed to help you fully prepare for the JEE Advanced exam. By completing these challenges, you can not only test your understanding of key concepts but also sharpen your problem-solving abilities and boost your confidence. Whether you are aiming for a top score or simply want to enhance your skills, the JEE CHALLENGES ☠️ channel is the perfect platform for you. Join today and take your JEE preparation to the next level! 🔥

JEE CHALLENGES ☠️

03 Jul, 10:12


🎉 Good News for JEE 2025/2026 aspirants and maths enthusiasts

📖 Learn IOQM problem solving strategies which help lifelong

🔥 Join the course at just 200 Rs

🏆 Learning for IOQM gives feeling of topper and it develops your mind like nothing else

🔰 You'll also get stuff for other Olympiads with this with no extra charges

🤔 So what are you waiting for . DM :
@victim_of_JEE

JEE CHALLENGES ☠️

02 May, 09:26


Easy question but lengthy question !
Show your skillz goiz

JEE CHALLENGES ☠️

30 Apr, 06:00


WEEK 3 assignment, High level problems of maths,
can be ADVANCED + also

Made by ~ @User_user_use_1 and @evil_devil_3 .

If you haven't try WEEK 1 and WEEK 2 , then go and try out those problems too

JEE CHALLENGES ☠️

22 Apr, 14:15


Our old discussion grp is deleted due to copyright

Join new one
@phy_warr
@phy_warr

JEE CHALLENGES ☠️

10 Mar, 16:04


QUESTION PAPER OF
UNBOXED PHYSICS LEAGUE EPISODE -1
[UNSOLVED]

#UPhL
#PJA

JEE CHALLENGES ☠️

08 Mar, 08:55


In this channel

we will post all pdf's compilations that are already posted on pcm unboxed or will be posted on those channel

so stay tuned
share this asap

JEE CHALLENGES ☠️

08 Mar, 08:34


Test - 3hr

Mains level

Ans & Solution will be sent later

Powered by @TeamArenaOP

Sponsored by @chem_unbx

JEE CHALLENGES ☠️

04 Mar, 03:57


So this channel is open again


for it's extremicity problem series again

(seedhi baat no bakwas)

JEE CHALLENGES ☠️

22 Feb, 14:54


https://www.youtube.com/watch?v=JcvjAG4G6G4&ab_channel=InvisibleMechanics

So here are the premier of our launching of websites

On 1st march
Evening 6 pm
So be ready

JEE CHALLENGES ☠️

19 Feb, 05:52


https://t.me/talent_unbx/45

Support these talent
Join @talent_unbx

JEE CHALLENGES ☠️

17 Feb, 04:23


Namaste ?

JEE CHALLENGES ☠️

14 Feb, 06:18


https://www.youtube.com/watch?v=p9wbWoJXVf0&ab_channel=InvisibleMechanics


Invisible Mechanics worked with Unboxed and created the smartest website ever for JEE students. This website teaches you how to solve extremely tough questions (advanced & olympiad level) by breaking it into sub-parts. Specially recommended for JEE 2024 & 2025 students. Register now on the website to get a huge discount on release. Make sure to check the demo.

Learning will never be the same again!

JEE CHALLENGES ☠️

09 Feb, 05:03


This the UI
how our WEBSITE will look like
With PROFESSIONAL ANIMATION
and dynamic looks

will release on 15 FEB

JEE CHALLENGES ☠️

02 Feb, 10:48


🔰VEDANTU IOQM MATERIALS COMING AT 500 SUBSCRIBERS @OlympiadArena TODAY🔥🔥

🔰SHARE @OlympiadArena FOR AMAZING CONTENT RELATED TO MATHS OLYMPIAD

🌀Stay Tuned @OlympiadArena and our Discussion group @OlympiadArenaDiscussion for such content

JEE CHALLENGES ☠️

31 Jan, 14:00


we hit 1k+ members here

noice
except FACTS UNBX
saare channel 1k+

JEE CHALLENGES ☠️

26 Jan, 14:00


The figure represents a block of mass M_1= 0.3 kg at rest at position x = 0.In this position the force exerted by the elastic spring of constant k = 3.2×10³ N/M is Zero.
The block is shifted to position A by compressing the spring , When abandoned collides with the sphere of mass M_2 = 0.1 kg which is suspended by a wire of length
l= 0.9 m. the collision is frontal and perfectly elastic. The coefficient of friction between
M_1 and the horizontal surface is µ = 0.1. Consider g = 10 m/s²

A) determine the minimum velocity that M_2 must have at point D so that the sphere
describe the complete circumference of Radius l.

(b) calculate the position of point A corresponding to ' the smallest compression of the spring to let M_2 describe the complete circumference.

JEE CHALLENGES ☠️

26 Jan, 03:02


Happy republic Day 🇮🇳

JEE CHALLENGES ☠️

26 Jan, 03:01


GHOST CHASING
The bhangarh kila