xQc reacts to how much garbage is surrounding earth

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Edited by: Daily Dose of xQc
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xQc (Félix Lengyel) is a French-Canadian Twitch streamer and content creator. He is 27 years old. He enjoys streaming. He also enjoys playing and uploading a variety of games, such as Overwatch, Chess, Minecraft, Fortnite, Warzone, and all the hot new game releases. He is also very well known for his entertaining reactions. His favorites include Unusual Memes, MemerMan, Daily Dose of Internet, Jubilee, Fan-Made Memes, and trending.

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damn I didn't know Adept went exoplanetary

genericuser-

Half of those garbage is in his streaming room

Korleoneee

bro acting like its a lot when there's more next to him 💀

ved

Those dots of garbage are not sized proportionality in comparison with earth

LegendMischf

How tf did they not find Osama Bin Laden, bro was 6'6 💀💀💀

mandingo

It looks really bad but you guys have to realize its spaced out 100s or even 1000s of miles apart.

SDT

i understand that the actual distance between any 2 of those dots is massive, but i refuse to believe all of that is floating around in perfect harmony not causing any issues for us here on earth, space stations, or satellites.

blake

uhh actually 🤓☝🏻

to estimate the total mass of space debris, we can assume an average density of 1, 000 kg/m³, which is roughly the density of aluminum used in many spacecraft. Using this density and assuming a mean size of 10 cm for all objects, we can calculate the volume of space debris as follows:

Volume of space debris = (4/3)π(0.1 m)³ × 34, 000 = 1, 447 m³

Multiplying this volume by the assumed density, we get:

Mass of space debris = 1, 447 m³ × 1, 000 kg/m³ = 1, 447, 000 kg

This calculation only considers objects larger than 10 cm. If we include smaller fragments, the total mass of space debris would be much higher. According to a 2013 report by the National Research Council, there may be as many as 100 million debris objects smaller than 1 cm in size.

To estimate the total number of such objects, we can use the power law distribution, which suggests that the number of objects decreases as their size increases. The power law distribution can be expressed mathematically as:

N(x) = kx⁻ᵃ

where N(x) is the number of objects of size x, k is a constant, and ᵃ is a scaling parameter.

Assuming that the number of objects larger than 10 cm is 34, 000 and that the scaling parameter is 1.67, we can solve for k:

k = N(x) x⁵ᵃ / x̄⁵ᵃ

where x̄ is the mean size of objects, which we assume to be 1 cm.

Substituting the values, we get:

k = 34, 000 × (10⁻⁴)⁻¹·⁶⁷ / (10⁻²)⁻¹·⁶⁷ = 3.4 × 10¹⁸

Using this value of k, we can calculate the total number of debris objects smaller than 1 cm as follows:

Total number of debris objects smaller than 1 cm = ∫₁⁰⁴ N(x) dx = k / (ᵃ - 1) x⁻ᵃ⁺¹ ∣₁⁰⁴

Substituting the values, we get:

Total number of debris objects smaller than 1 cm = (3.4 × 10¹⁸) / (0.67) (10⁻¹⁰⁰ - 10⁻⁴) ≈ 6 × 10²⁰

therefore, the rough estimate for the total mass of space debris, including objects larger than 10 cm and smaller fragments, is around 1.4 million kg, and the total number of debris objects smaller than 1 cm is around 6 × 10²⁰.

koog

But somehow the audio of the video is even more garbage

B.y

Talk about xQc throwing the god seed. Nobody could throw the God seed better than humans lmao. Actual infinitely small chance to be alive going down the drain

J.R.Swish