Understanding Astronomical Unit and Light Year | Units to measure very large distances.

[@imnotyou3382]

Plzz. Set speed on 1.5× to watch

[@dayone_93]

1.25 works perfectly

[@scientistmiles]

@@dayone_93 yes

[@tatumwolzen8730]

If you live in the Northern Hemisphere when it is summer you are actually farthest from the sun, but tilted towards the sun. And during winter the Northern Hemisphere is closest to the sun but tilted away. The opposite it true for the Southern Hemisphere

[@knowledgeknowledge4312]

This is really such a amazing videos i am really thankful to u...with very heartly

[@sindhurajkumar6759]

Nice teaching mam super voice I understood this video 🤗🤗🤗🤗👍👍👍👍🏼👍👍👍☕🌹🌹🌹🌹🌹🌹🌹🌹🌹

[@sindhurajkumar6759]

👌🌹

[@abbieamavi]

This was so helpful, thank you!! Reviewing before my astronomy exam tomorrow.

[@sonarek7312]

Thank u . It s helpful. This dig explained is helpful rather studying phy in theory. Keep Rocking

[@horusfalcon]

Some of the numerical grouping expressions spoken of here are unfamiliar to speakers of English (such as I am). Where can I learn more about these "lak", "kro" and so forth? Hmm... guessing from the (computer-generated?) speaker's accent, are these Hindi or some variant?

[@thepracticalschool42]

These are Hindi words. Just google the relationship and you should be good to go.

[@justiceisserved3298]

Lakh = 1,00,000 (hundred thousand) Crore = 1,00,00,000 (ten million)

[@milaanvigraham8664]

They're actually Indian English. Hindi uses the same groupings but the words are slightly different. They call it Karod in Hindi and crore in Indian English for example.

[@juanumanacaneo4626]

(... but we must also remember that a solar year is not exactly 365 days, but rather it is approximately 365. 25, and that is why in the Sacred calendar given by God there are every so often leap years in which a additional month or Abib 1 to another Abib 2 (This is based on the 19-year Metonic cycle, of which 12 are common 12-month annuities and 7 are 13-month leap years) ... or the current Gregorian calendar of that every four years one more day is added to February). Ok?

[@sajadahmadrm]

Thanks simply understanding But u forgot parsec

[@thepracticalschool42]

Most of the videos are based on school Curriculum. Thanks for mentioning "Parsec". Now viewers(students) will at least be aware of it.

[@tehseenhaider5330]

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[@tehseenhaider5330]

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[@ismailali8243]

Thank you so much mam. It's a nice vedio

[@NoName-iu4px]

Enligthment years offsets its up or downwards upon thus straight trajectory or bias than waterly thickens out by a vaccum driven pattern on a less gravity functional behaviour.

[@shatrughanmandalsm5550]

It is helpful video with clear sound.

[@udaNiko]

nice video. may i know what is the software you use to make this animation?

[@tehseenhaider5330]

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[@iliketurtles4463]

I amlost made it to the 2 min mark and I had to stop. I don't like that you make generic assumptions about winter and summer. I don't think I can watch the rest of this. I feel like you are suggesting that we all live in the northern hemisphere and or perihelion and aphelion have more power over seasons than axial tilt does. And for that reason I'm out.

[@georgesekibo1081]

seperate what you feel like from what actually is and you'd see she was just being specific to one area of Earth and not making any assumptions. The axial tilt is still very much relevant for seasons; on the equator, rather than the northern hemisphere, whether we are on the perihelion or aphelion because of the Earth's tilt we receive more sunlight across a shorter surface area so we never or rarely experience fall or winter but on the northern, the sunlight spreads across a much wider surface area, hence, at the aphelion angle (which is the farthest) there'll be less sunlight reaching the northern surface and less sunlight spreading across the surface causing winter. The focus was just on the northern to keep it simple.... because she didn't connect the axial tilt concept to this doesn't meant it isn't relevant, calm down...🌬

[@AbdullahSaleem1]

same

[@rohanshaji6568]

wow this science 👏 👌

[@byian1.1mviews79]

Yottaparsec is equivalent to 3.26×10^24 light years. The largest unit of distance which can't fit into universe.

[@yokroc5056]

Thanks for this video. What is the actual value of the astronomical unit

[@shuashortcake]

1.5*10^11

[@mishaali8523]

Nicely explained thank you

[@cj6838]

I guess lockdown took a toll on her.

[@imranfarooqi6747]

Good 😊

[@deepikabinji9220]

Good animations

[@sushilapant4013]

She is Indian cuz she is using Indian counting units such as lac and crore.😁

[@gokulmass6738]

Thank u so much mam🙏🙏🙏🙏🏻🙏🏻🙏🏻🙏🏻🙏🏻🙏🏻🙏🏻🙏🏻🙏🏻🙏🏻

[@astronautsachinsoni5850]

It's great 😊

[@sumitsaha3335]

Nice explanation

[@thepracticalschool42]

Please spread the channel and share videos with friends and learners.

[@deviprasadpurohit4145]

It is really helpful

[@kiranniranjank3155]

thank you.. 🙏

[@kpop-lb3uk]

Thanku

[@MolotovWithLux]

*Solve this problem* #AstronomicalUnitsofTime as regards to #AsteroidImpact

[@tehseenhaider5330]

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[@AlexandraKnope]

It's a myth that the Earth is farthest from the sun in winter. It's actually farthest in summer. You can easily look this up.

[@thepracticalschool42]

Whose Summer? In North Hemisphere or South?

[@AlexandraKnope]

@@thepracticalschool42 Good point, I didn't think about that. Earth is closest to the Sun during the Northern hemisphere's winter. I interpreted what was said in the video as "there are warmer temperatures in summer because Earth is closer to the Sun" and I realize that's not what the video was saying.

[@narutouzumaki6325]

Thanks

[@gamingspideyff]

Ke ke

[@sakshiwandhekar9010]

Outstation

[@vvaloachi7263]

ALLA-HU-AKBAR !!!!! [GOD is The Greatest]