Jumping Through Earth: What If You Dug a Hole Straight Through? #space #spacefacts

Jumping Through Earth: What If You Dug a Hole Straight Through? #space #spacefacts

Dive into a hypothetical adventure with our latest video, 'Jumping Through Earth: What If You Dug a Hole Straight Through?' 🌍🕳️ Join Vigyan Mitra as we explore the fascinating thought experiment of digging a hole through the center of the Earth and jumping in. This video features keywords such as 'hypothetical physics', 'gravity wells', 'Earth's core', and 'science experiments'. Discover the scientific insights behind what would happen if you could actually make the jump. We'll examine the effects of Earth's gravity, air resistance, and the extreme environment of the inner Earth. From the thrill of weightlessness to the challenges of surviving the journey, get ready to unravel the mysteries of a journey to the other side of the world. Hit play now and let's imagine the unimaginable together! #scienceexperiments #gravity #earthadventureinhindi #science #sciencefacts #spaceexploration #knowledge #interestingfacts #earth #solarsystem #facts #viral #shorts

[AnayRJ]

Body starts to perform Simple Harmonic Motion in this case.

[Aniketborse]

Dusari taraf se niklega hi nahi kyuki centre me gravity zero hoti hai bhai aur jo hole dusri taraf hoga vo bhi center par hi khichega means tum center me hi fas jaoge❤❤😂

[princevishwakarma]

SHM hoga oscillation hone lagega Class 11 ka concept 😊

[SumanSarkar]

Galat baat 50% andar jane ke baad reverse gravity usko phirse upar push kar dega .... Koyi whole banake bhi ispar se uspar nahi ja sakta.... Physics padlo sahi se

[narayanbhusal]

Are ye to doraemon ki episode mai tha😂

[yuvarajrathod]

Sir as we go down gravity will decrease aap bahar he nahi ayegi

[noobgamerz]

Bro then perpetual motion start ho jaiga.... Jab vo koi bhi end ke pass hoga tab vo ulta jana start kardega.. Isliye vo kabhi bahar hi nahi aa paiga..

[SaleemKhan-o]

Jisne physics padhi hai wo janta hai ki ye simple SHM hai
Saleem sir OP❤❤❤❤❤

[dipendrab.k]

Mass of the body at the centre of earth 🌍 becomes 0so body is suspended at the centre 😊

[nitinkumarbeepin]

Asambhav. Thik se dekho, jab ye ched karoge to prithvi 2 hisse main alag alag ho jayega. 😂

[sanjaydolhare]

I think this is not possible....
Just think if one end of Earth and second end of Earth considering A and B ....
If you are going from point A to B Gravity pull you towards it's centre but just think when you reach another end again Gravity will pull you to towards it's centre...
Conclusion...
You will never reach to its second end and once you will fall, you will continue move up and down...

[tauheed]

Time ka calculation galat hai kyuki itni high velocity par friction bahut lagega aur velocity ko terminal velocity se zyada nahi jane dega. Dusri side tak pahuch bhi nahi payega frictional loses ki vajah se.

[sugreevsingh]

Bahar ja hi nahi paoge andar hi phase rah jaoge kyuki upar ki gravity apni wor khichegi aur niche ki gravity apni wor to aap bich me hi latak jayenge

[FcAddicted]

At center of earth gravity=0 so the person would be stuck in the core forever.

[sujitmishra]

In this case, this person can't escape from the gravity of the core.

[TheOp_Memer]

Oscillation with approx 84km/s
And gravity decrease hota h cente ki taraf..

[HimanshuKumar-nubw]

Shayad insaan ek chhod pe gaya ohir dusre chhed se nhi bhu nikal sakta hoga kyuki Earth mass was not equal due to uneven mass distribution.🤔

[maheshmore]

बात तो ये है, अगर दोनों छोर कट गए तो धरती के दो टुकड़े हो जाएंगे और वह स्तीर नहीं रहेंगे। इसका मतलब ये है, की धरती और वो जो कूदने वाला है, वो अंतरिक्ष में जाएंगे, मतलब मौत पक्की है।😢😢😢

[Luckydraw-.]

Thanks Mera purana doubt clear Ho Gaya😂😂😂😅😅

[dhruvagarwal]

time period of this oscillation is given by =
2pi sqrt(R/g)
Where R is radius and g is the gravity.
Like please