Комментарии:
Come on sir go back 6 years😂
Ответитьi love you sexy bearded man
ОтветитьSuch a good explanation! Your animations are so easy to understand. Thank you❤
ОтветитьI wish someone could explain how this relates to the portal paradox. I am confident that the portal moving towards a cube is the same as the cube moving towards the portal, but I just don't know how inertial frames of reference relate to environments on both sides of the portal. Why is it that an object only switches inertial reference frames after going through the portal?
Ответитьis relative motion rectilinear motion?
ОтветитьVideos like this deserve a love button. Like just doesn't express the gratitude.
ОтветитьBut initially you said that the observor sees the ball taking a parabolic path because the ball had all the horizontal velocity(of the train) and then later on you say that the ball and the person throwing the ball up dont undergo motion but their surroundings do and hence the ball falls vertically downwards and has a vertical velocity only, kindly clear my confusion.
ОтветитьReally appreciate how you put in so much effort in the animations to make stuff way easier for us 🥰
ОтветитьSeriously..mind blowing explanation 😀
ОтветитьVisualizations are very important in learning. Thank you for the animations - they drilled the concepts home.
Ответитьprofessor Dave... you're kinda awesome
ОтветитьI am speed. I move at 230 km/s.
ОтветитьThank you so much sir for giving me a big scope
ОтветитьYou are amazing.
ОтветитьI really like the element of history included in teaching to show how humanity discovered something abd how we know it to be true . Without understanding history certain parts of the present are not comprehensive. I recently watched Veritasiums video on depressed cubics and how to solve them
ОтветитьYou just explained the same concept in 6mins that took my physics teacher 3 months. It was so simple to understand?????
Ответитьso the fastest man is not faster than my 98 years old grandpa
ОтветитьThe ball in the train business. This is what I don't get. It seems that the ball in the box-car frame of reference is traveling a shorter distance than the same ball from the rail side frame of reference. Maybe I get it now. Each observer has a timer of the throw. Both clocks will read the same time. So the rail side observer sees the speed of the up and down motion plus the speed of the inertial motion.
ОтветитьUp, up, up. 'No different in terms of absolute velocity.' I thought the whole point of this video was going to be there is no absolute velocity.
ОтветитьUp, up. That last one, the milky way galaxy moving through the universe at X speed. Relative to what?
ОтветитьWhat can u say about Hilary Andales'
Relatavity & the Equivalence of reference frames.
You mean Europe caught up! In Asia they already knew all these things before any of these so called people
ОтветитьThank You
Ответитьnice from India
Ответить🦧
ОтветитьEverything is speeding on planet Earth but in reference we don't appear to be moving
ОтветитьI like how the video isn't long
ОтветитьThanks for this! Great content!
Ответитьif the earth is rotating on its own axis . is it possible if the plane will fly up and get steady above for 24 hrs without moving in any direction, will the plane land in a different place on earth?, or will the plane land on the same place? pls answer. and justify yuor answer. TIA
ОтветитьThe beginning is a Universal Meme 🤣
Ответитьu the best ever!! ❤️❤️💋🤸🐬🙌
ОтветитьHe looks like Indian actor Ranbir Kapoor
ОтветитьCK sir jinda bad 🤣🤣❤️❤️❤️❤️
Ответитьthank u dave
Ответитьthanks so much for this! back to the textbook reading now that I understand this part!
ОтветитьWhat would the free body diagram of the ball look like when it is in the air (when thinking about the example with the train)? Is there a horizontal force that acts on the ball in the direction that the train is also moving?
ОтветитьExcellent explaination 🙌
ОтветитьIs this a satire site??? It has to be satire if people believe this.
ОтветитьWhy is he mansplaining physics to me 😭😭
ОтветитьGreat video.
Small correction Gallaeo didn't get in trouble with the church for saying the earth revolved around the sun. He got in trouble when he tried to teach that the moon had nothing to do with the tides on earth, which we know to be false.
(My church still should have stayed out of the matter, but the point is that he didn't get in trouble for teaching a theory about the sun but for teaching an incorrect theory about the tides as truth.)
Nice introduction I love it
Ответитьnice explanation , thanks bro
ОтветитьThanks albert newton
ОтветитьMyth revealed
ОтветитьTHANK YOU
ОтветитьLife will be less tricky if you accurately define FRAME.
ОтветитьDear man I appreciate your work, I would love if you would make a video about energy in reference systems
ОтветитьThank you Professor Dave!
ОтветитьProfessor Jesus Christ,
Holy physics !