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I might have misunderstood something. But for n=2, i get the equation (2^2+1)2!=2(2+1)!. So 10=12? Shouldn't the equation hold for all n/natural numbers?
Thanks ❤
5 years later and this video is helping me through my homework. Thank you so much my book did not explain properly
Thanks
Wait… Now x2+x-6 is no way to get the answer .😊 You cannot find the answer in any reason.
As explained in the short, x^2 + x - 6 = 0 is factorised to (x - 2)(x + 3) = 0. Thus, the answers are x = 2, or -3. Please get back to me as to why you thought the answer could not be found for any reason.
idk how but my voice reached 111.9db
Thanks!
Nice job. But black picture card wasn't correct. You have included black and picture card cby not subtracting the intersection between black and picture card
Just wanna say it's wonderful...well explained 🎉
Hmmm - don’t think shes quite got that right
Good job....well done...keep on going...👍👍👍
thank you
I swear ❣️ u r a best teacher mashallah great sir i learnt a lot from you thanks a million ❤ keep it up and be successful ☺️ thanks thanks thanks thanks ☺️
Brilliant teacher ☺️ thanks sir
I relate positive and negative ions to human behavior lol some good , some bad 😂
your teaching was nice and i was interst😊😊
I need this at the moment Thank you 🙏🏻
We are so glad that this helped you!
Positioning using multiple satellites: Requires signals from at least three satellites for 2D positioning and at least four satellites for 3D positioning.
Thx😊
This helped me with my test; it was the first video I found that actually explained how reactivity correlates to an element's abundance in nature.
This was exactly what i was searching for. Thank you
We are so glad that this video helped you.
@@iitutorcomi wonder how these tv signals are being sent at a very large distance,first towards satellite and then back to an antenna on earth...how do radio waves travel miles away in the air?
@@FARHANRASHID-my9wg Thank you so much for your thoughtful question! It's amazing how TV signals travel such vast distances to reach us. The process involves a fascinating interplay between technology and physics. Here's a brief explanation: TV signals are first sent from a ground station to a satellite in space. This satellite acts like a giant mirror, receiving the signals and then transmitting them back to Earth. The signals travel through the air as radio waves, which can cover great distances because of their ability to travel through the atmosphere and even bounce off certain layers of the ionosphere. When these radio waves reach the antenna on your TV, they are converted back into the audio and video signals that create the TV shows we watch. It's a complex game of catch, where the satellite helps to throw the signals across the world! I hope this answers your question! Feel free to ask more if you have any other curiosities about how our incredible technology works. Thanks again for watching and engaging with the content! 😊📡📺
@@iitutorcom i want to ask that what really happens inside ground station that generates these waves?how do these stations propagate waves,and how many volts or power or watt these stations take?
@@FARHANRASHID-my9wg Great question! Radio waves are truly fascinating! They can travel long distances because they are a form of electromagnetic radiation, similar to light, but with much longer wavelengths. When TV signals are sent, they first travel from a broadcasting station to a satellite in space. The satellite then retransmits these signals back to Earth, where they are picked up by antennas. The reason radio waves can travel such large distances is because they can move through the vacuum of space and through the atmosphere, bouncing off the ionosphere, or directly being relayed by satellites, making it possible to transmit signals across the globe. Hope this helps! 😊
Nice explanation❤
Nice explanation❤
Nice explanation❤
Nice explanation❤
Nice
❤
Why you videos have so less views
Give me maths couching 😢
nice but try again
So if the 256hz isn't exactly correct for middle C but is close enough for the demonstration why didn't you just use 250hz for the sake of easier mathing.
Very well taught
Thank you 😃
Thank u
Thank you (liked the sound effects for the brackets)😂
Man, I accidentally came across this but you were explaining it so well I had to watch the whole video. Good work, you are helping a lot of people, thank you!
We are so glad that this video helped you! Thank you!
Just to think rally cars are at 120dbs from 5 meters away
Everyone who is watching this is doing this for english
omg ty sooo much for Teaching me
How do i know if the number after the trig function is h or k , or basically how do i know weather i should move it on the y or X axis
You can recall this: A sin(x + horizontal move) + vertical move, where A shows the amplitude stretch up or down. Any numbers in (x + ...) should move left or right along the x axis. Any numbers y = A sinx + ... should move up or down. For instance, y = sin (x + 30) is telling the graph of y = sin x moves to the left along the x-axis. y = sin x + 30 tells us that y = sin x graphs move up by 30 units through the y-axis. Hope this helps with your clarification.