If my Physics teacher tells us mass is constant at all this year she's getting a word from me!
Now... Why isn't Mass constant? I kinda wanna know now.
We've not spoken about Investigations. I think I might do something with Soft Drinks..
Well you know the e=mc2, we basically got told that masses approaching the speed of light start to become heavier, and the equation becomes e=1−c2v2mc2, or effectively e=moc2 it's really interesting!
Well you know the e=mc2, we basically got told that masses approaching the speed of light start to become heavier, and the equation becomes e=1−c2v2mc2, or effectively e=moc2 it's really interesting!
*Wishes I done Physics last year to understand this kinda'va*
Ahhh higher physics is a great course! Helps with unit 1 of chemistry haha! Everything iv done from unit 1 so far is revision :P
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The first 4/5 pages of my work book was revision from Standard Grade Physics. I think the first new thing was electronic configuration and how Electrons fill energy shells?
Our school only runs a few Advanced Highers. 7 I think and we're a similar size.
Can I just say right now, don't do the tannin contents of tea for your investigation. So many bloody titrations!!! Absolute nightmare. So, yeah, word of warning.
I have to do chemistry at a different school and I think my teacher is really bad as he seems really slow. We're only on the thing where electrons move down orbitals to give of photons. What are you all at? maybe I think it's slow because I've done all of the physics stuff before?
Well you know the e=mc2, we basically got told that masses approaching the speed of light start to become heavier, and the equation becomes e=1−c2v2mc2, or effectively e=moc2 it's really interesting!
I really wish I could do physics, I want to use cool formula's like that. But I had to choose between AH chemistry and Physics as I have to go to a different school to do it and doing both would be impractical
If my Physics teacher tells us mass is constant at all this year she's getting a word from me!
I wouldn't do that, bud. Higher Physics only steps into the realms of classical mechanics where mass is constant. The variance of mass only applies at relativistic speeds, as thingy majiger showed, as v→c.
I wouldn't do that, bud. Higher Physics only steps into the realms of classical mechanics where mass is constant. The variance of mass only applies at relativistic speeds, as thingy majiger showed, as v→c.