Beaconator
Valued Senior Member
$$f(x,y)={\frac{RF{\sin}( {x,\theta})}{Gf{\cos} ({y,\theta})}}$$?
Star formation would be a quick process in the dense area just before the horizon. The failure of which would lead to quasars. This isn't the cycle of star formation in dense nebulae from previously exploded stars. This is the formation of "new" stars from pure light.
Without this process or a process like this chemicals would never originally form to create stars in other manners.
If all that existed were energy and black holes, it would be the only way for energy to transform into matter.
This is a viable answer to the cause of the big bang. The denial of this process negates a black holes ability to absorb light.
If light exists outside the horizon and can fall in, there exists a possibility of of it orbiting around the edge. Denying this is akin to saying you can stand ten feet from the edge of the Grand Canyon and can jump into it, but you can't stand on the edge.
What happens on that edge is controversial.
So...if a mass is moving at a velocity of 299,792,458 meters per second, and the velocity of that mass changes to 0.00 meters per second, is that change an example of acceleration?
Sorry I missed this. Yes that is an example of acceleration. The acceleration is in the opposite direction of travel. If you were working this out as a problem the acceleration would be negative. It is perfectly correct to also call this a deceleration.
You also now understand a change in the direction of velocity is acceleration, correct? You can see this because a force is needed to change the direction of a mass that is moving and Force = mass x acceleration.
Good deal.
Oooooh, I like that explanation!
Shame. Being taught physics for free is a pretty good deal. You should accept it.No deal.
Shame. Being taught physics for free is a pretty good deal. You should accept it.
Oooooh, I like that explanation!
Shame. Being taught physics for free is a pretty good deal. You should accept it.
Thank you. Truly. Now tell me does this look like garbldy gook?
$$ (MC^2)^2 + pC^2 - \frac{RFsin(x,\theta)}{Gfcos(y,\theta)}$$
Shame. Being taught physics for free is a pretty good deal. You should accept it.
It really seems that the DMOE's mission is just to argue for arguments sake. I thought that maybe there was more to him than that. Oh well.:shrug:
R_W, you should feel no shame.
There are some things to be learned from this site, alas true science of any discipline is not in the curriculum.
Three statements proving that you find errors in your own thoughts.
Does it matter if the letters are capitalized or not? DMOE is worried that negative signs can't be used. Are people have trouble with their shift keys or something? Is that what this is really about? That would be just freaking awesome. Class dismissed!
Class?
No need to capitalize dmoe - are you having trouble with your shift keys?
Aqueous Id, would you care to prove that I am "worried that negative signs can't be used"?
The simple fact is that you should not be Posting in this Thread if you do not know "what this is really about" - but facts seem to have no place in your "class", or with Posters of your "class".
Aqueous Id, on the other hand, your Posts are easily "dismissed".
Yup, I have to conclude that I was wrong about your motives. I was in clearly in error about your motives. Alas, I am not infallible. Oh how horrible!
I guess I feel honesty is more important than refusing to admit that you are wrong - but, hey that is just me.
origin, you obviously misinterpreted my Post #211 :
You bring up honesty.
origin, for the sake of honest clarity, would you care to state my "motives"?
I honestly stated "maybe" and supplied Links to support that "maybe" - you misinterpreted, or misunderstood, or simply obfuscated that Post to support your own "motives".
origin, for the sake of honest clarity, would you care to state your own "motives"?
BTW, what "Force = mass x acceleration" is utilized when the direction of electromagnetic waves are changed through reflection or refraction?
Does reflection or refraction change the velocity/speed of the electromagnetic wave?
Does a retro-reflector impart any "Force = mass x acceleration" upon pulses of visible light at a wavelength of 694.3 nm?
origin, I learn new things most everyday. Sadly, most of what I learn from SciForums has very little to do with real hard science.
The soft science of psychology and the aberrations of such are presented or exhibited profusely and regularly in this Forum.
You may want to call that learning for free - I prefer to call it witnessing expressions of true personality, or the lack thereof.
The home schooled folks can keep dismissing the school-schooled folks all they want. They get to do that because knowledge reduces to a matter of preference. I'm beginning to see why so much of it is distasteful to them.Class?
No need to capitalize dmoe - are you having trouble with your shift keys?
Aqueous Id, would you care to prove that I am "worried that negative signs can't be used"?
The simple fact is that you should not be Posting in this Thread if you do not know "what this is really about" - but facts seem to have no place in your "class", or with Posters of your "class".
Aqueous Id, on the other hand, your Posts are easily "dismissed".