Math problems be like.... Hello I'm gopal going on a car at 300km/hr

[enjoysongs]

Omg i can watch this video over n over again i just cant get enough of it.. want more vids like this

[sainishi]

He sacrificed himself for us to learn 🥺

[thelostsouldraws]

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%

[railfanofSR]

In our school this became a trend everyone call each other as gopal🤣🤣

[srinusuravarapu]

And also calculate distance to the god 🙏🏻😊 sir

[fny]

RIP goal 2021-2021
you will be missed for your expert math skills

[gherghealin]

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)

[GT_Harish_]

Still I'm searching the real vedio 😂😂 finally i got

[Insignificant_perspectives]

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

[ignusthearsonist]

And also calculate the distance and time that will take Gopal to reach heaven.

[gajanantiwari]

As the video start hr was goung with 300km/h
So his initial velocity(u)=83.3m/s
And his final velocity is 0m/s

Probablity is 1

[sofiaakpoplover]

The way he's telling nasuma ponave hahaha if anyone didn't understand he told for sure I'm going

[blaeiptekvkukurbo]

The initial velocity for both the car and the van is 300 km/hr and X km/hr, respectively.

Since both the car and the van are moving in the same direction, their relative velocity would be 300 - X km/hr.

Since they are going to pass each other in Y seconds, the final velocity would still be 300 km/hr for the car and X km/hr for the van, as they maintain their own individual velocities. The relative velocity between them would be zero as they would have passed/hit each other.

[KAbinav-zktx]

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

[trainsandplanes]

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

[minsarakanna]

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

[aadhishivam]

And also calculate the distance to sun

[liagispixels]

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.

[memesoverheaven]

also calculate the angle of elevation from gopal to the lorry and calculate the angle of depression from the lorry to gopal. use sin e law or cosine law, and make sure to have all decimals. u shouldn't round or else we wont have evidence of how gopal died

[mithunsatish]

Wer can I find the original vdo? Too funny lol 😂😂😂🙌🏻🙌🏻