Видео

1.0 2.0 3.100%

Great job sir... Keep going....

That's cool, I like it

Dayum it was 3 years ago since this video was released and spread throughout the internet while corona was spreading

Yeh sab chemistry ki books hai chemical engineering ki nahi

Very true 👏🫡🇮🇳

GOPAL X AMIR GOES HARD!!!

Hello sir, please continue the classes of 3,4,5 chapters of APPSC group2 mains

BRO that animation looks like from Gojo

Can you please share all the mechanical metallurgy videos

Are vaste cheppu leda mui vedava

A job that you like was a thing this would be it

Take the amplified and the reversal, then smash together those two diffrent expressions of infinity to create and push out imaginary mass. Imaginary Technique: Purple. (you should of known someone was going to do this)

Remaining?

Class middle lo enti brother aa thumbnail malli malli ostundi.

Nice session sir excluding network issues and please continue sir😊

Pdf kuda upload cheyandi sir

Bro ap history classes ki pdf kuda add cheyynadi.u are doing great job .Tq for everything

Bro inka content unte add cheyandi pls

In the act of an accident, initial velocity (starting velocity) is equal to final velocity into acceleration x time so according to that, we should use the formula u = v - at v = 300 km/hr, the unit for velocity is ms^-1 hence, v = 300/3.6 (1km/h = 1000/3600) Which implies v = 83.3 ms^-1 and a = 8.3 ms^2, so the initial velocity is, u = 83.3 - (8.3 • 10) Which implies that u = 0, hence the car was at rest at initial. For final velocity, change the places of u and v, then, v = u + at which is calculated as, v = 0 + (8.3 • 10) which is, v = 83.3 ms^-1. Now let's come to the probability point, there are four probability, Gopal getting killed below the truck, thrown against the truck, run over by truck, car kinda flying outwards after impact, so totally 4 probabilities, S = {below, thrown, run over, flying outwards} n(S) = 4 So let event A be: Gopal getting killed below the truck, n(a) = {below} So the probability of Gopal dying under the truck is P(a) = n(a)/n(s) which equals, P(a) = 1/4 which is 25%. In conclusion 1) initial velocity: 0 m/s (at rest). 2) final velocity: 83.3 m/s 3) probability of him dying under the truck: 25%

perfect . very (x100) helpful

Le me : this is in 9th physics 😈🔥🔥🔥💀💀💀

How to buy

But the real problem is im attaining my maths board exam

Sir please do all videos like this happy to listen in simple way

Sir please upload all the videos of your class sir ... Thank you so much for your valuable information sir❤️

Sir, what about remaining parts of Kakathiya dynasty and Andhra History ?

Initial velocity is 300kph, calculating that the truck has more mass and overall solidity than your car and also the materials used to protect you, The chance of not making it is 100% (trust mei'm an engineer)

😊

The answer for all questions is 0

Initial velocity = 300km/hr Final velocity = 0km/hr Probability = 100%

Location?

How can I stop watching this ???😅

"Maths can do anything"

I was sad to notice that these problems are not possible since we don't actually know the velocity of the lorry. Disappointing. A+ for Gopal though.

Gopal in boboiboy mom was indian!

30kmh 900kmh 100000000000000000000%

My name is gopal😂

I have a doubt, gopal has died and naa intha answer ah yaaru kitta poi solliven.🤔🤔

Rest in problems gopal 😢

What's his name???

Rest in peace

initial velocity = 300km/h final velocity = 0 prob = 86%

rip gopal

You are great sir....thank u so much..❤❤😊

bro that is not maths that's physics

0:04 300 km/hr ...dei formula 1 racing car kuda avlo speed pogathu da 😂

Bro rinl project training process chippu bro

Initial velocity: 300km/h = 300000m/3600s = 83.33m/s Final velocity: 0m/s Probability: 0%, gopal is invincible

Great trick sir could remember it very easily TQ so much sir❤