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"Thank you so much! 😊 I'm glad you enjoyed the video. Advertising is definitely the next step-helping it reach more people who love science! Feel free to share it with anyone who might find craters as fascinating as we do! 🌝 ✨"

"not exactly! 😊 Humans first landed on the Moon in 1969 with NASA's Apollo 11 mission, when Neil Armstrong and Buzz Aldrin walked on the lunar surface.🚀🌕 But with the new Artemis mission< NASA is planing to send astronauts back to the Moon for the first time in over 50 years. The exciting part? Artemis aims to land the first woman and person of color on the Moon! 🙌"

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"Great point! 😄 GIGO (Garbage In, Garbage Out) still holds true, no matter how powerful the supercomputer is. If the input data or models are flowed, the result will be too, even at lightning speeds. But what's exciting about 2024's supercomputer is their ability to process vast, high-quality datasets more efficiently---so as long as we're feeding them good data, we're in for some incredible breakthroughs!💡 "

"You're very welcome! 😊I'm so glad you enjoyed the video---thanks for watching and supporting the channel! Feel free to ask if you have any more question or ideas. Stay curious!"

"it's mind-blowing, right?! The idea of multiple universes is fascinating, and we're still discovering so much about our universe---and maybe even others! Thanks for watching and stay curious! 😊"

"Haha, good point! Pilots in the 90s definitely had to rely more on traditional navigation systems like radio beacons (VOR) and onboard instruments. Technology like GPS has definitely made things easier and more precise, but aviation pros have been flying safely at night long before that! Amazing how far we've come, right?"

@@ScienceScopesno, pilots in the 90s have a radar and an INS or IRS which can be used to select waypoints, there are also RNAV and VNAV, also ILS/LOC for approaches with low visibility at night.

@@ScienceScopes Oh babe lol

@@jos33333ek "You're absolutely right! 😊 Pilot in the 90s have radar, INS/IRS, and advanced systems like RNAV and VNAV for navigation, as well as ILS/LOC for law visibility approaches. it's amazing how even bak then, there are such a sophisticated tools to keep flight safe and efficient. Thank you for pointing that out! Aviation has always been full of brilliant tech advancements, and it's exciting to see where it's headed next"!

“Right on! No air in space means no sound. Guess space parties would be pretty quiet! 😄🎉”

“Air resistance: the invisible force keeping us all grounded! 😅”

“Haha, yep! Every channel has its own unique vibe, but we’re bringing our own Bright Side too! 😎 Thanks for being part of it!”

I mean it is mass actually, the more mass an object has, the harder it is for it to accelerate, but it gets pulled harder at the same time so that basically cancels out on earth ig

@@S-ACV no, since there is no air friction, its acceleration is just as easy as the feather, but its heavier so gravity pulls it down stronger

@@SWU-F99 it still falls at the same rate, it does get more energy from it I do agree

“Haha, yep! In a vacuum, weight doesn’t play as much of a role because there’s no air resistance to slow things down! Both light and heavy objects fall at the same speed. Mind-blowing, right? 🤯 Thanks for watching!”

“You’re spot on! 💯 It’s all about mass and the balance between gravitational pull and inertia. Objects with more mass do experience a stronger gravitational pull, but as you said, their resistance to acceleration (inertia) balances it out, which is why they fall at the same rate in a vacuum. Thanks for adding that clarification-love these science discussions! 🙌”