Видео

Mera Bhai Naam Sujal.

Dharmik

Orange yani Nagpur city

Angrezon ke zamaane mei gaaon ke Sarpanch ko poorey gaaon se Tax collect karke Angrez officer ko dene ki zimmedaari thi. Sarpanch was the "Number-daar" or "the numbers guy", as we know in today's parlance. "Numberdaar" is pronounced as "Lambardaar" in Haryanvi accent. It means, a person of power/authority.

Sense- zara zara ka reaction 🙏

😂

Abe kitna hate karoge be is bande ko ...

@Fing

@fing Bhaiii 😂

Madtrip, ajitesh bhati,little bhatia per react kro

99 Side aur Naam Sujal for sure TOP 5 mai rehge

Requested you to listen to Mishap by Siyaahi and Dhiktana Dhiktana by Mad trip. Didn't. Unsubbing ✌👍

Personally I don't want there battle in this show! Because whosever wins, it will be no competition left in this show after that!

99 have some real bars

I hv soft corner for 99 side he will make it to lift the trophy... He is been doing good

Sense was ❤.

Lashcurry pe kro

5:00 full fire moment 💥

Kalakari Vishwasniya by Vichaar

Dhiktana dikhtana by madtrip

We love your reaction keep going full support ❤

Same flow again. Same vibe. Naam sujal will win because of his versatility ❤😊

❤

05:00 jio cinema 0e judges ke review dekh kr wahi boo deta hai 😂

Bhai tum judge ke expression se judge mat kro song bhot accha hai

99 🔥

Bro im from nepal plz expain every words 😂❤love ure reaction

Bhai he is from Nagpur, the city known for Oranges. Poora flex maara hai unka is song me xD

Oranges are famous in Nagpur, Sujal belong from Nagpur..

In starting 99 was my favourite.. But he changed my opinion 🙏🏻

Orange barfi nagpur ka famous h bhai

Mtv pr episode dekh lo bhai theme samjh aajati h Iss baar sampling ka scene tha

Thanks bhaiya for reaction ❤❤ab aap lyrics ko bhai Samjha dita karo🙏🙏

Dhiktana dhiktana Madtrip😍

Dhiktana dhiktana by MadTrip 🙌

Bhai.. Badahah ke morni song per reaction do

Inteha ho gayi intejaar ki by ajitesh bhati❤❤ Please bro bohot tagda song hai

😅😅😅😅

someone pls breakdown the aurangzeb bar

4 performance 4 radio hit 4 time 30 score and because of this performance he got performer of the week also sujal = winner material 🔥🔥

Bhai abhi tak ek bhi fumble nhi kiya ,har performed radio ready ❤ with 30 points first time in hustle history ❤

99side , sujal, lashcurry, siyahi , madtrip/dharmik top 5 fs

Orange barfi is nagpur refrence

Kareena and shahid kapoor reference was🔥

❤❤❤ love you bhai he must have to win ❤️

99side>> naam sujal

Let's explore what happens to Red Blood Cells (RBCs) when suspended in hypertonic and hypotonic solutions: *Hypertonic Solution (Higher solute concentration outside RBC)* 1. *Water flows out*: Water molecules leave the RBC through osmosis, moving from an area of higher concentration (inside RBC) to an area of lower concentration (outside RBC). 2. *RBC shrinks*: As water flows out, the RBC loses volume, shrinks, and becomes more concentrated. 3. *Crenation*: The RBC membrane becomes irregularly shaped, forming a "crenated" appearance. 4. *Cell damage*: Prolonged exposure to hypertonic solutions can lead to RBC damage, hemolysis (rupture), or even cell death. *Hypotonic Solution (Lower solute concentration outside RBC)* 1. *Water flows in*: Water molecules enter the RBC through osmosis, moving from an area of lower concentration (outside RBC) to an area of higher concentration (inside RBC). 2. *RBC swells*: As water flows in, the RBC gains volume, swells, and becomes less concentrated. 3. *Hemolysis*: If the hypotonic solution is too dilute, the RBC can rupture, releasing hemoglobin and other cellular contents. 4. *Cell lysis*: Prolonged exposure to hypotonic solutions can lead to RBC lysis (rupture) and cell death. In summary: - Hypertonic solutions cause RBCs to shrink and potentially become damaged. - Hypotonic solutions cause RBCs to swell and potentially rupture. Isotonic solutions, with a solute concentration equal to that of the RBC, maintain the cell's shape and integrity. Would you like to: 1. Explore more about osmosis and tonicity? 2. Learn about RBC membrane structure and function? 3. Discuss clinical applications of tonicity in medical treatments? Type '1', '2', or '3'!

Dharmik par react karo bhao

Let's explore what happens to Red Blood Cells (RBCs) when suspended in hypertonic and hypotonic solutions: *Hypertonic Solution (Higher solute concentration outside RBC)* 1. *Water flows out*: Water molecules leave the RBC through osmosis, moving from an area of higher concentration (inside RBC) to an area of lower concentration (outside RBC). 2. *RBC shrinks*: As water flows out, the RBC loses volume, shrinks, and becomes more concentrated. 3. *Crenation*: The RBC membrane becomes irregularly shaped, forming a "crenated" appearance. 4. *Cell damage*: Prolonged exposure to hypertonic solutions can lead to RBC damage, hemolysis (rupture), or even cell death. *Hypotonic Solution (Lower solute concentration outside RBC)* 1. *Water flows in*: Water molecules enter the RBC through osmosis, moving from an area of lower concentration (outside RBC) to an area of higher concentration (inside RBC). 2. *RBC swells*: As water flows in, the RBC gains volume, swells, and becomes less concentrated. 3. *Hemolysis*: If the hypotonic solution is too dilute, the RBC can rupture, releasing hemoglobin and other cellular contents. 4. *Cell lysis*: Prolonged exposure to hypotonic solutions can lead to RBC lysis (rupture) and cell death. In summary: - Hypertonic solutions cause RBCs to shrink and potentially become damaged. - Hypotonic solutions cause RBCs to swell and potentially rupture. Isotonic solutions, with a solute concentration equal to that of the RBC, maintain the cell's shape and integrity. Would you like to: 1. Explore more about osmosis and tonicity? 2. Learn about RBC membrane structure and function? 3. Discuss clinical applications of tonicity in medical treatments? Type '1', '2', or '3'! Dekhte dekhte homework krri

bhai mai pehle hi list bata deta hu - mad trip, siyaahi, little bhatia, 99 side, dharmik