@Zealot001 This video was somewhat rushed and I had to put alot of information into perspective. It was also hard to deal with because I occasionally had to change some of the information. It's the concepts that mainly matter and not the exact spelling this is not my best video.
@RJL738 I would say rushed is an understatement, you went through the trouble of making the video. but you didnt take the time to edit it? im sorry but that is unforgivable.
@twitchx I will still say that I emphisize the title introduction meaning this was only an introduction and I intend to make more like this. This was also made a while back when I didn't know nearly as much as I do now about making videos. I did edit it just not much. I more than agree that physics is a serious buissness and should only be handled with the utmost caution but unforgivable is a bit much for a simple youtube video.
Very nice. Thank you. You have a teacher's soul my friend. You consistently give detail at the right level of understanding, but have an uncanny ability to stop yourself from going too far into a given facet. That made for a very nice overview.
I know I was enjoying this because I had the mouse pointer over the pause/play button the whole time :-)
This is a good summary of a lot of physics. I found this because I wanted to learn more about planck length - which you mention. In particular I want to understand more about its effect on the uncertainty principle. ΔX • ΔP > h. Almost all the discussions/documentaries, etc discuss h in respect to radiation - not in respect to length scale problems.
No but they are constantly going in and out of your body. Even in cells that do not reproduce they are constantly acquiring nutrients and releasing waste. So I meant you are not made of the same atoms from year to year or decade to decade.
I also means that at any one time in your life you are made of only a small fraction of all the material you will ever be made of.
forget all the negativity. I don't see them with any physics lessons. Or even spelling lessons which they are calling you on.
I noticed. But it was easy to figure out what you were leading to.
Just do what you do. Forget the rest!
Thanks
a2zhandi 1 month ago
third day :)
GODsoccersk8football 8 months ago
Thank you dude! I was trying to figure out if I should take Introduction to physics 1 and this video helped a whole lot. I decided to take it!
jgizzy 1 year ago
is anyone else very distracted by the terrible spelling and grammar
Zealot001 1 year ago 3
@Zealot001 This video was somewhat rushed and I had to put alot of information into perspective. It was also hard to deal with because I occasionally had to change some of the information. It's the concepts that mainly matter and not the exact spelling this is not my best video.
RJL738 1 year ago
@RJL738 I would say rushed is an understatement, you went through the trouble of making the video. but you didnt take the time to edit it? im sorry but that is unforgivable.
twitchx 1 year ago
@twitchx I will still say that I emphisize the title introduction meaning this was only an introduction and I intend to make more like this. This was also made a while back when I didn't know nearly as much as I do now about making videos. I did edit it just not much. I more than agree that physics is a serious buissness and should only be handled with the utmost caution but unforgivable is a bit much for a simple youtube video.
RJL738 1 year ago
@Zealot001 yeah man ...horrible
punchy001 1 year ago
@Zealot001 Do you mean not capitalizing or using the proper punctuation?
gbcf22 9 months ago
Very nice. Thank you. You have a teacher's soul my friend. You consistently give detail at the right level of understanding, but have an uncanny ability to stop yourself from going too far into a given facet. That made for a very nice overview.
I know I was enjoying this because I had the mouse pointer over the pause/play button the whole time :-)
Thanks again.
Stosh08057 2 years ago
This is a good summary of a lot of physics. I found this because I wanted to learn more about planck length - which you mention. In particular I want to understand more about its effect on the uncertainty principle. ΔX • ΔP > h. Almost all the discussions/documentaries, etc discuss h in respect to radiation - not in respect to length scale problems.
bmikesci 2 years ago
atoms can't replace themselves they cant reproduce.maybe ur thinking of cells??
in your body i know that every cell replaces itself in or around a decade
94hamo 2 years ago
No but they are constantly going in and out of your body. Even in cells that do not reproduce they are constantly acquiring nutrients and releasing waste. So I meant you are not made of the same atoms from year to year or decade to decade.
I also means that at any one time in your life you are made of only a small fraction of all the material you will ever be made of.
Take care, my friend.
RJL738 2 years ago
@94hamo every seven years
kelseya330 1 year ago
@94hamo every seven years
kelseya330 1 year ago
wow nice,you have done your home work i see:)
jesusLostChildren777 2 years ago
another RJL738 classic! tons of information.we will talk about this tonight.
stonedcommander 2 years ago