Moon dust is also extremely sharp due to there being no source of anything (Wind, water,...) to erode it to something smooth. This eventually became an issue because the dust was cutting through small layers of the space suits. It eventually got so bad they the astronauts had to wear their suits inside the lunar lander in fear of the Moon dust getting in their eyes. So yeah, very hot/cold, sharp, tiny rocks. Oh yeah... and they're everywhere.
"There are many different ways to thrust, but no matter which one you pick it's going to be difficult your first time." -Kyle Hill 2019 Also Kyle: I'M TALKING ABOUT ROCKETS!!!! Oh yes Kyle, we know
Even if you walk on the moon after the ground has cooled down to comfortable temperatures, I still wonder how the sand would mess up your feet. With no wind and water, every rock that breaks keeps its sharp edges and they don't get rounded down by being scraped against each other. Not completely certain, but I believe moon dust is a lot like ground glass.
Also, would the moon dirt cool off enough during night? Even if temperatures drop to negative a lot, the vaccuum of space would not let the dirt cool off very efficiently, no? But the sunlight would heat the sand quickly enough. So how does that work?
It is if I remember correctly. Most of the surface is also like a powder and sticks to everything. I think it was also discussed that the moon dust was hazardous to the suits and equipment as well.
@@generalgrevious815 Sounds a lot like silica to me. Under a microscope, silica dust looks like razor blades. Any moving parts or micro crevasses would start to degrade pretty quickly.
@@Ltifone2014 For sure, but does it lose heat through infrared radiation during the moon night as quickly as it gains heat from the sun during the moon day? I mean, it's been mentioned so many times here that even if the space is REEEAAAALLLYYY cold, if you end up in space without a protective suit, cold is not what will kill you (by the way, how long would it take a human body to actually freeze solid in space - it would happen eventually, no?)
I hope you bring up the scene in Days of Future Past when quicksilver held Magnetos head so he doesn't get whiplash. Cuz that's one of the only scenes in reference to super speed I've seen where someone actually cared about the physics of it
@@nyetloki , it's not about the speed; it's the acceleration. Quicksilver taking off is definitely more G's than a human body can handle. He goes from standing still to moving faster than bullets almost instantly. 0 meters per second to almost 400 meters per second in less than half a second can result in over 100 G's (the max a human could survive is about 9).
@@SgtSupaman 0 to 400 ms in 0.5s is 81 gs. The human body can survive transversal (front/back) gs of up to 45 assuming the neck is protected. And differences between short and sustained gs. But quicksilver isn't going faster than mach 1 (no Sonic boom), he accelerates in a way to protect people from the extreme g forces (he takes precautions in both movies) and/or his mutant power actually provides like an aura of protection. Not as much as the flash or sometimes Superman but still. Note that he doesn't get hurt from colliding with things at his super human speeds or Sonic booms when going beyond Mach 1 in any comic or movie.
@@nyetloki , you're seriously trying to use the lack of sonic boom in a movie to prove something... We see him go from standing still to moving so fast that bullets are nearly standing still in comparison. This is WAY faster than 400 mps. I was intentionally underestimating and it still comes out to be not survivable. The lack of a sonic boom is not proof that the movie's physics are good, but an indication that they're actually worse. I also said "LESS than half a second". Yes, 0-400 in .5 is 82 Gs, but 0-400 in .4 is 102 Gs. However, even with the numbers you provided, you are confirming it isn't survivable (note how your 81 Gs is nearly twice your proposed survivable 45). His mutant power providing protection could absolutely be the case, but it has nothing to do with what I'm saying. In regards to comics, powers don't need to be analyzed based on real physics. They work because they work. My original reply was just pointing out that praising the physics of the movie is meaningless when there is something wrong with everything that is right.
Kyle you are a just a delight. People who laugh at their own jokes, but are funny are the 1% of superior people. You good sir, are the pinnacle of such humor. Thank you.
6:58 You naughty boi. You're not worthy of Mjolnir 😂 14:39 I've found that the key to happiness is gratitude. I'm not wealthy but I am able to take travel to places that interest me 2~3 times a year, and I am extremely grateful to be able to do so. Being grateful for what I have is so much more fulfilling than thinking about what I don't.
I was expecting you to talk about how jagged the regolith can be on the moon. So disregarding the temperature then, is it still safe to step barefoot on it?
Thanks for another awesome episode! You really inspire people to expand on their love of science all while cracking the occasional joke. You guys rock!
In one of the Iron Man movies, I think it was 2, he caught a plane full of people (barrel of monkeys style) without injuring them by coming at them in the direction of their fall and gradually decelerating them until he was able to drop them in the ocean at a very low velocity.
This video has audio clicking sounds from 9:32 - 10:32 Could be more audio dolphin clicking sounds. Do you have Flipper in the studio? I have no idea what I'm talking about. Kyle, You are our Super Nerd! Heeeyaaaaah!
Caio Vieira No, you'd approach the speed of light asymptotically. The more energy you pour in the closer you get to the speed of light, just adding an additional 9 to 99.9999% the speed of light.
Traveling at these speeds results in time dilation. The universe sees you adding on those decimal places more and more slowly, but you experience them continuing to pile on at the same acceleration. What happens as the passage of time approaches 0? It's best not to think about these things.
@thunderbird002 about 2 years of travel, one timeloop and weird monsters and aliens but the Moon found a planet and the moon base inhabitants a new earth like planet to settle.
hey Kyle, love the show! When it comes to stepping on the moon's surface, heat isn't the only factor. Without an atmosphere to drive erosion and smoothing, all the 'moondust' that makes up the regolith are all microscopic needles and razor blades. So burning, bloody peets.
maybe if you turned every rocket on to 100% rather than ramp it up slowly then you'd cause problems but why would you do that? would you get in your car and start it by putting it in highest gear and flooring the accelerator untill you blew it up? gotta stop that black and white thinking and explore the grey area in between, because science!
@@ikitclaw7146 doesn't matter. The force you would need to exert on the Earth would exceed the strength of the material. You can't push 500lbs of styrofoam with your finger as an example.
@@williamwinder5011 If i slowly push against it to start with i can reach a high acceleration over time without breaking it, more than if i just jabbed really hard with 1 finger so it tore a hole, the point is you can slowly accelerate the planet over 100s of years rather than be in such a rush, the sun naturaly going giant isnt a fast process, that far in the future we would see it coming with plenty of time to creep out of the way, i havnt read/seen this story/movie but they seem to have some sort of urgency, in that case why take earth, cannibalize it, make generation ships and head out for a new home. they can push a world with giant thrusters, spaceships are much easier to push.
@@ikitclaw7146 the material can not support the 500psi it would take to move it regardless of how slowly you pushed. Another example would be setting a 10lbs weight on a cake.
Thank you! I always try to tell my friends that I am not a compass so don't give me those type of directions unless you want me to spend an inordinate amount of time figuring out what direction I should go. Also, great episode as always
I love the rocket equation, my favorite course was mechanics 1 where you solve physics problems from just the force equations using calculus. It really shows how useful calculus is.
one more thing about the accelerating disc the flatters talk about, is that if something accelerates at 1G constantly, it will reach the speed of light in 390 days
On the moon there is a place right between the light and the dark where the surface temperature is a nice perfect 72 degrees Fahrenheit , it is about 5 inches wide.
Question: Deku (My Hero Academia) has been shown to flick his finger with a force enough to break boulders, but the impact breaks his finger. Since he is able to generate that force, would his finger not break merely by 'powering up' the flick, as he is asserting those massive forces against his finger and thumb? His finger can handle those forces but snap as they come into contact with rock (which must be more brittle than his finger or thumb)
" It isn't the fall that kills you. It's the sudden stop. " Agreed, Kyle. When any superhero catches someone they should do it in a way that extends the fall and decelerates at a rate that's safe for the human body. If they catch you low to the ground and there isn't enough room to decelerate downward they could transfer motion from vertical to lateral, assuming there was enough room to do that. Take Superman. If you're falling at break neck speeds and he caught you in his arms the impact would be no different than you hitting two concrete poles.
Hey Kyle, I love your amazing channel. I had a question about some "scientific" powers from the anime A Certain Scientific Accelerator. The main character uses Vector Manipulation, do you mind looking into it? As I was wondering if it could actually do anything against say heat, etc.
Hey Kyle, a Larry Niven book, "A World Out of Time" , they move the Earth away from the sun going red giant, they used Uranus or one of the giant planets with rockets to pull the Earth with gravity so it would pull on all parts of the Earth at once. So the gravity would pull on the core, magma, shell, and atmosphere, equally.
Hey, Kylie! My brother and I have been followers of your channel for several years now and the other day we started thinking “How much power and how do you get that power to get a helicarrier flying?” We thought of nuclear reactors like modern plane carriers do, but we thought it’d be best to leave the investigation to the master
I've talked about this before how catching a falling person is just as deadly as letting them fall, cuz u catch them will either snap them in half if they've built up enough momentum or their organs would crash against their insides that they'll explode
Looking forward to the next one! Looks like its going to be like how in tennis you don’t catch the ball by holding the racket still. You need to move with the ball and decelerate slowly as you connect with the ball. Otherwise the ball bounces off or Lois Lane explodes in Superman’s arms.
"Another problem I have with superheros" you said. I just want to say thank you. I mean lets face it, if you weren't a fan, if you didn't care, you probably wouldn't have problems with supers, so whether or not I agree with you, I appreciate your observations and thoughts. (And I hope you've noticed that "catching" someone by matching their speed, then decelerating, and/or changing flight path has been recognized in many comics and movies. (I still get sentimental over "the Night Gwen Stacy Died" which I read when published.)) As always thank you so very much to all those before and behind the scenes.
When you mentioned being barefoot on the moon, all I could think of was the episode of Doctor Who titled "Smith & Jones". Then, when you mentioned accelerating the earth with a rocket, I started thinking of the show Frisky Dingo. By the time I could start typing this comment, the thought of Zim and Dib having a space battle with Mars and Mercury came up.
Kyle, the episode made me think of the Cartoon network show Frisky Dingo, the supervillain Killface makes a massive propulsion system to push earth out of orbit of the sun. They move earth a mere 3 feet farther from the sun supposedly accidentally curing global warming 😂
FINALLY! You've just described my sense of direction. North? South? What are these things? And... which is my left and which is my right? Once I got that last one sorted I moved to Lake Havasu City, Az. The lake can be seen from almost anywhere in town. Now that I can always find the lake, I can find what is roughly West. At last, I've found direction in my life. ;) . Oh, yeah, we're also home of the London Bridge. Yeah, the one from the song. It's not falling down anymore. [Not really. This is the one that replaced it in 1831.] . I'm curious if you've ever considered doing a show on this bridge and the science that created it and the Old London Bridge, before it. Of course, you may want to wait to visit until it's no longer 120°F (49°C). . Thanks for making geeks, nerds, dweebs, and dorks look cool. It almost makes all those swirlies in high school worth it.
>"Stepping on the moon barefoot"
>"Science footnotes"
Don't act like you didn't mean to do that
3rd like I'm here before this comment got famous.
I see you everywhere... are you Kami
Moon foot note would B♭
Why does everything you post get TC Jellal? Using celestial body magic for this? Or are you casting Meteor every video??
Why has Kyle not like this yet. This comment deserves Kyle-love.
“You didn’t save my life; you ruined my death!”
*Sues Mr. Incredible for damages
"there are many ways to thrust"
Kyle 2019
I laughed so hard at that
If Kyle DOESN’T reference the first Incredibles scene where Mr. Incredible saves the guy falling, I’ll be disappointed
Keyboard Man Joshua I've been trying to get my idea of making an episode about the velocipods that syndrome makes for his goons for about a year or 2
...and the original Gwen Stacy timeline.
The moment you finished a video from Veritasium and you see that the new Because Science Footnotes was uploaded 12 seconds ago 👌
When is youtube science-con?
@@noxid86 It was called EduCon and it happened last Wednesday in LA -- kH
He is my LEGAL father -- kH
...."I don't mean to sound like the internet, but".... This may be the best quote ever.
Moon dust is also extremely sharp due to there being no source of anything (Wind, water,...) to erode it to something smooth. This eventually became an issue because the dust was cutting through small layers of the space suits. It eventually got so bad they the astronauts had to wear their suits inside the lunar lander in fear of the Moon dust getting in their eyes.
So yeah, very hot/cold, sharp, tiny rocks. Oh yeah... and they're everywhere.
Yes! The ULTIMATE Sith fuel!!!
Also you know lethal levels of radiation.
@@monauralsnail0669 Makes sense
What's making it get everywhere though? Not like it's blowing around.
"It's rough, it's coarse, it's irritating, and it gets EVERYWHERE"
Whaddaya know, Anakin was right all along
"There are many different ways to thrust, but no matter which one you pick it's going to be difficult your first time."
-Kyle Hill 2019
Also Kyle: I'M TALKING ABOUT ROCKETS!!!!
Oh yes Kyle, we know
"You must construct additional pylons" lol starcraft
Ahahahhahahahahaha!
As another Zerg attack heads for your base...
POWER OVERWHELMING!!!
Time to break out Kerbal Space Program....XD
lol need more tesbian gas!!!
Even if you walk on the moon after the ground has cooled down to comfortable temperatures, I still wonder how the sand would mess up your feet.
With no wind and water, every rock that breaks keeps its sharp edges and they don't get rounded down by being scraped against each other. Not completely certain, but I believe moon dust is a lot like ground glass.
Also, would the moon dirt cool off enough during night? Even if temperatures drop to negative a lot, the vaccuum of space would not let the dirt cool off very efficiently, no? But the sunlight would heat the sand quickly enough. So how does that work?
It is if I remember correctly. Most of the surface is also like a powder and sticks to everything.
I think it was also discussed that the moon dust was hazardous to the suits and equipment as well.
@@SweGunner71 everything in the universe (as far as I know) radiates heat through infrared radiation
@@generalgrevious815 Sounds a lot like silica to me. Under a microscope, silica dust looks like razor blades. Any moving parts or micro crevasses would start to degrade pretty quickly.
@@Ltifone2014 For sure, but does it lose heat through infrared radiation during the moon night as quickly as it gains heat from the sun during the moon day? I mean, it's been mentioned so many times here that even if the space is REEEAAAALLLYYY cold, if you end up in space without a protective suit, cold is not what will kill you (by the way, how long would it take a human body to actually freeze solid in space - it would happen eventually, no?)
"So if money can't buy happiness, I guess I'll have to rent it!"
~Weird Al Yankovic, 'This Is the Life'
Didn't expect to see Johnny Dangerously's title song in the comments section.
@@formerlyknownasunipony3488 you're welcome. 😁
Weird Al is the bomb.
5:56 perfect time to for the Zombie Song xD
Love because science. Always captures my interest. Your very good at explaining so I can understand. Keep doing what your doing man.
I hope you bring up the scene in Days of Future Past when quicksilver held Magnetos head so he doesn't get whiplash. Cuz that's one of the only scenes in reference to super speed I've seen where someone actually cared about the physics of it
Yeah...but holding his head still wouldn't prevent the liquification of his brain against the inside of his skull.
@@SgtSupaman quicksilver doesn't move that fast.
@@nyetloki , it's not about the speed; it's the acceleration. Quicksilver taking off is definitely more G's than a human body can handle. He goes from standing still to moving faster than bullets almost instantly. 0 meters per second to almost 400 meters per second in less than half a second can result in over 100 G's (the max a human could survive is about 9).
@@SgtSupaman 0 to 400 ms in 0.5s is 81 gs. The human body can survive transversal (front/back) gs of up to 45 assuming the neck is protected. And differences between short and sustained gs. But quicksilver isn't going faster than mach 1 (no Sonic boom), he accelerates in a way to protect people from the extreme g forces (he takes precautions in both movies) and/or his mutant power actually provides like an aura of protection. Not as much as the flash or sometimes Superman but still. Note that he doesn't get hurt from colliding with things at his super human speeds or Sonic booms when going beyond Mach 1 in any comic or movie.
@@nyetloki , you're seriously trying to use the lack of sonic boom in a movie to prove something... We see him go from standing still to moving so fast that bullets are nearly standing still in comparison. This is WAY faster than 400 mps. I was intentionally underestimating and it still comes out to be not survivable. The lack of a sonic boom is not proof that the movie's physics are good, but an indication that they're actually worse.
I also said "LESS than half a second". Yes, 0-400 in .5 is 82 Gs, but 0-400 in .4 is 102 Gs. However, even with the numbers you provided, you are confirming it isn't survivable (note how your 81 Gs is nearly twice your proposed survivable 45).
His mutant power providing protection could absolutely be the case, but it has nothing to do with what I'm saying. In regards to comics, powers don't need to be analyzed based on real physics. They work because they work. My original reply was just pointing out that praising the physics of the movie is meaningless when there is something wrong with everything that is right.
Kyle you are a just a delight. People who laugh at their own jokes, but are funny are the 1% of superior people. You good sir, are the pinnacle of such humor. Thank you.
Just wana say....you’re awesome....in most every way....so funny, intelligent and engaging...I really appreciate this channel and all your hard work!
13:19 "next episode I'm gonna bring back some Gwen Stacy memories"
I'm suffering already.
6:58
You naughty boi. You're not worthy of Mjolnir 😂
14:39
I've found that the key to happiness is gratitude. I'm not wealthy but I am able to take travel to places that interest me 2~3 times a year, and I am extremely grateful to be able to do so. Being grateful for what I have is so much more fulfilling than thinking about what I don't.
Many different ways to thrust... made me love this video as my favorite!
Regular videos are great, but footnotes are just the icing on the cake. Love this extra content. Great job to everyone that makes them possible.
"Money can't buy happiness, but it's still pretty good!" (c) Kyle 2019
I was expecting you to talk about how jagged the regolith can be on the moon. So disregarding the temperature then, is it still safe to step barefoot on it?
Builder: Sir, we built enough rockets to cover the entire American continent
Kyle: *YOU MUST CONSTRUCT ADDITIONAL PYLONS*
Thanks for another awesome episode! You really inspire people to expand on their love of science all while cracking the occasional joke. You guys rock!
FINALLY! it always bothers me when heroes suddenly catch people centimetres from the ground
In one of the Iron Man movies, I think it was 2, he caught a plane full of people (barrel of monkeys style) without injuring them by coming at them in the direction of their fall and gradually decelerating them until he was able to drop them in the ocean at a very low velocity.
I feel like Kyle has done something shady inbetween the Earth episode and this footnotes episode...
6:56-7:12
We know what he did. 🌝
This is going to be really good. Love it when you upload
At 6:00, when he hits the desk like "Yesssss" lmao 😂😂
We don't deserve Kyle
One day senpai will put me in foot notes.
Remember when one punch man was on the moon. Super chill like
Mustafa Khan super chill like “ok”
*OPM's guitar riff intro plays*
10:40 LOLOLOLOLOL
Thank you so much for pointing out this issue!!!
I absolutely love this watch it while casting to your tv
This video has audio clicking sounds from 9:32 - 10:32
Could be more audio dolphin clicking sounds.
Do you have Flipper in the studio?
I have no idea what I'm talking about.
Kyle, You are our Super Nerd! Heeeyaaaaah!
"Anyone who says money can't buy happiness, doesn't know where to *shop*!" -- Lovey Howell
agreed
@@jeffrey7923 I think you missed that my quote was a reference to "Gilligan's Island"... ;)
@@DocFarmer I didnt I've seen the entire show
Just like money can't buy love, but it can rent it by the half hour.
Thank for the clearing, Kyle
I understand half of what you are saying but you are entertaining and I learn stuff ! SO keep up the good work :)
Kyle: Talks about thrusting
*gets demonetized*
Kyle: :0
So are you telling me that you could cook something on the moons surface...?
The innuendos were hilarious
Love the show!
If you're on a flat earth accelerating at 1g, wouldn't you be over there speed of light relatively quickly?
Caio Vieira No, you'd approach the speed of light asymptotically. The more energy you pour in the closer you get to the speed of light, just adding an additional 9 to 99.9999% the speed of light.
@@CarFreeSegnitz Would'nt that mean the acceleration is decreasing, thus "gravity effect" is going to become zero one day?
Traveling at these speeds results in time dilation. The universe sees you adding on those decimal places more and more slowly, but you experience them continuing to pile on at the same acceleration.
What happens as the passage of time approaches 0? It's best not to think about these things.
You'd reach 0.1c (10% the speed of light) in about 5 weeks
such is their failed understanding of science
No Space 1999 references I'm disappointed.
@thunderbird002 yes but I put "why not turn the moon into an ark instead a la Space 1999 style?"
@thunderbird002 about 2 years of travel, one timeloop and weird monsters and aliens but the Moon found a planet and the moon base inhabitants a new earth like planet to settle.
Yay now i know for my travels next week
hey Kyle, love the show! When it comes to stepping on the moon's surface, heat isn't the only factor. Without an atmosphere to drive erosion and smoothing, all the 'moondust' that makes up the regolith are all microscopic needles and razor blades. So burning, bloody peets.
The Earth would break apart from the force of the rockets.
maybe if you turned every rocket on to 100% rather than ramp it up slowly then you'd cause problems but why would you do that? would you get in your car and start it by putting it in highest gear and flooring the accelerator untill you blew it up? gotta stop that black and white thinking and explore the grey area in between, because science!
@@ikitclaw7146 doesn't matter. The force you would need to exert on the Earth would exceed the strength of the material. You can't push 500lbs of styrofoam with your finger as an example.
@@williamwinder5011 If i slowly push against it to start with i can reach a high acceleration over time without breaking it, more than if i just jabbed really hard with 1 finger so it tore a hole, the point is you can slowly accelerate the planet over 100s of years rather than be in such a rush, the sun naturaly going giant isnt a fast process, that far in the future we would see it coming with plenty of time to creep out of the way, i havnt read/seen this story/movie but they seem to have some sort of urgency, in that case why take earth, cannibalize it, make generation ships and head out for a new home. they can push a world with giant thrusters, spaceships are much easier to push.
@@ikitclaw7146 the material can not support the 500psi it would take to move it regardless of how slowly you pushed. Another example would be setting a 10lbs weight on a cake.
Kyle: * speaks about flatearth *
Flatearthers: Another man of science succumbed to the real truth!
As he mentions point "B" the time traveling score from TOS plays in the background.... 😂
Kyle the many different ways to thrust quote killed me.
Holy crap! My comment got mentioned!!! Thanks Kyle! I love the channel
I changed my username from Steven Pedersen
Kyle we will never forget the service of you and kylesmen on the front line of area 51 raid good luck soldier
Thank you! I always try to tell my friends that I am not a compass so don't give me those type of directions unless you want me to spend an inordinate amount of time figuring out what direction I should go.
Also, great episode as always
"Am I a zombie?"
"Feels like it"
Same bro...
"Hagen, Gideon and others" Literally ONE more guy xD
Because of the spongebob reference you have mada a fan for life...this really is the best channel on youtube.
stepping on the moon barefoot would also be like stepping on thousands of microscoping scrap razor blades
"theirs many different ways to thrust, but no matter which way you pick its always gonna be difficult"
not if they're dead, cant resist if you're dead
13:28 Kyle literally sounds like the falling guy Mr Incredible saves at the beginning of the first Incredibles movie.
All this talk of moving planets with giant rockets reminds me of that old show Shadow Raiders (or War Planets in some places).
I love the rocket equation, my favorite course was mechanics 1 where you solve physics problems from just the force equations using calculus. It really shows how useful calculus is.
Happy 50th Anniversary Apollo 11 🌕
damn it! Kyle come to comic con on Thursday! it was the only day I could go.
DAMN IT MAN!
I had a mouth full of water!!
be careful with your rocket, trusting, puns!
one more thing about the accelerating disc the flatters talk about, is that if something accelerates at 1G constantly, it will reach the speed of light in 390 days
On the moon there is a place right between the light and the dark where the surface temperature is a nice perfect 72 degrees Fahrenheit , it is about 5 inches wide.
Question: Deku (My Hero Academia) has been shown to flick his finger with a force enough to break boulders, but the impact breaks his finger. Since he is able to generate that force, would his finger not break merely by 'powering up' the flick, as he is asserting those massive forces against his finger and thumb? His finger can handle those forces but snap as they come into contact with rock (which must be more brittle than his finger or thumb)
" It isn't the fall that kills you. It's the sudden stop. "
Agreed, Kyle. When any superhero catches someone they should do it in a way that extends the fall and decelerates at a rate that's safe for the human body. If they catch you low to the ground and there isn't enough room to decelerate downward they could transfer motion from vertical to lateral, assuming there was enough room to do that. Take Superman. If you're falling at break neck speeds and he caught you in his arms the impact would be no different than you hitting two concrete poles.
Hey, I'm new in the channel but is great!! I have a question: Why the lightsabers produce sound?
Awesome vids :D
Thanks
The superhero catching a person from falling the top of a building, reminds me of The Incredibles.
Hey Kyle, I love your amazing channel. I had a question about some "scientific" powers from the anime A Certain Scientific Accelerator. The main character uses Vector Manipulation, do you mind looking into it? As I was wondering if it could actually do anything against say heat, etc.
10:42 Excellent.
*many different ways to thrust*
*wink*
omg I'm dead
I totally approve ur final thoughts .
Hey Kyle, a Larry Niven book, "A World Out of Time" , they move the Earth away from the sun going red giant, they used Uranus or one of the giant planets with rockets to pull the Earth with gravity so it would pull on all parts of the Earth at once. So the gravity would pull on the core, magma, shell, and atmosphere, equally.
10/10 Belters reference Kyle!
Hey, Kylie! My brother and I have been followers of your channel for several years now and the other day we started thinking “How much power and how do you get that power to get a helicarrier flying?” We thought of nuclear reactors like modern plane carriers do, but we thought it’d be best to leave the investigation to the master
lmao , the thrust joke
8:05 "You must construct aditional pylons!" still haunts me to this day
This really IS footnotes today since you discussed stepping FOOT on the moon bareFOOT. Like it!
"There's many different ways to thrust."
Goddamn it, Kyle...
I just accepted that superhero way of saving falling people, I can't let it ruin everything I watch
WHAT IS THAT CLICKING IN THE BACKGROUND!? I"M GOING IN SANE!
Love a decent thrust.
Question
How fast would you have to go to make 10 miles of telephone poles(12") (100' apart) look like a picket fence?
that last part reminded me of a scene in the big bang theory where sheldon talks about superman catching lois
I've talked about this before how catching a falling person is just as deadly as letting them fall, cuz u catch them will either snap them in half if they've built up enough momentum or their organs would crash against their insides that they'll explode
It can buy...... Satisfaction. And I'm great with that.
How do you get on foot notes
Looking forward to the next one!
Looks like its going to be like how in tennis you don’t catch the ball by holding the racket still. You need to move with the ball and decelerate slowly as you connect with the ball.
Otherwise the ball bounces off or Lois Lane explodes in Superman’s arms.
2:50 ow yea that The Day After Tomorrow
"Another problem I have with superheros" you said. I just want to say thank you. I mean lets face it, if you weren't a fan, if you didn't care, you probably wouldn't have problems with supers, so whether or not I agree with you, I appreciate your observations and thoughts. (And I hope you've noticed that "catching" someone by matching their speed, then decelerating, and/or changing flight path has been recognized in many comics and movies. (I still get sentimental over "the Night Gwen Stacy Died" which I read when published.)) As always thank you so very much to all those before and behind the scenes.
He feels the need to display his TH-cam Award where everyone can see it.
7:25
But you know how fast you're traveling, right?
When you mentioned being barefoot on the moon, all I could think of was the episode of Doctor Who titled "Smith & Jones". Then, when you mentioned accelerating the earth with a rocket, I started thinking of the show Frisky Dingo. By the time I could start typing this comment, the thought of Zim and Dib having a space battle with Mars and Mercury came up.
As a non-parent I totally appreciate that parent joke.
Kyle, the episode made me think of the Cartoon network show Frisky Dingo, the supervillain Killface makes a massive propulsion system to push earth out of orbit of the sun. They move earth a mere 3 feet farther from the sun supposedly accidentally curing global warming 😂
If I see Kyle and he immediately puts out his fist for a fist-bump,
Me: Impromptu Rock Paper Scissors! I play paper! lol
FINALLY! You've just described my sense of direction. North? South? What are these things? And... which is my left and which is my right?
Once I got that last one sorted I moved to Lake Havasu City, Az. The lake can be seen from almost anywhere in town.
Now that I can always find the lake, I can find what is roughly West.
At last, I've found direction in my life. ;)
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Oh, yeah, we're also home of the London Bridge. Yeah, the one from the song.
It's not falling down anymore. [Not really. This is the one that replaced it in 1831.]
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I'm curious if you've ever considered doing a show on this bridge and the science that created it and the Old London Bridge, before it. Of course, you may want to wait to visit until it's no longer 120°F (49°C).
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Thanks for making geeks, nerds, dweebs, and dorks look cool. It almost makes all those swirlies in high school worth it.
He gives me a cool Cisco Ramon vibe from the flash
THANK YOU FOR THE EPISODE KYLE CAN YOU DO AN EPISODE ON AREA 51 AND GREAT END NOTE ON HAPPINESS AND SATISFACTION
Kyle's life-force is puns. See him absorb their raw power.