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Originally posted by backtoreality
Unfortunately, I cannot name names. All I can say is that this precise information came to me from a VERY reliable source. I am not at liberty to say any more about where the information came.
Astronomy (note: not astrology) background
Originally posted by backtoreality
Originally posted by Zaphod58
Oh so basically, what you're saying is the blatantly obvious fact that commercial planes can't go supersonic, which no one claimed anyway.
Really? I know some people who flew on the concorde you might want to talk to.
Originally posted by ArMaP
backtoreality
Using your
Astronomy (note: not astrology) background
how do you explain the fact that the distance to the stars does not affect in any measurable way the intensity of the light we see from them?
If there was air in space, the farther away the stars the less visible they would be, in the same way that a star near the horizon is less visible than a star high in the sky.
Originally posted by backtoreality
In any measurable way?
It does.
Distance is part of the formula to calculate Luminosity.
You have voted backtoreality for the Way Above Top Secret award. You have one more vote left for this month.
Originally posted by ArMaP
Sorry for this questions, but I am not familiar with these names.
Does this Luminosity calculation uses only the fact that light intensity gets smaller with the square of the distance to the light source in a vacuum or does it use some constant for the "filter effect" that would be caused by the existence of a measurable gas in space?
Originally posted by Zaphod58
Originally posted by backtoreality
Originally posted by Zaphod58
Oh so basically, what you're saying is the blatantly obvious fact that commercial planes can't go supersonic, which no one claimed anyway.
Really? I know some people who flew on the concorde you might want to talk to.
Funny, didn't YOU say you weren't talking about military planes OR the Concorde, but now you bring it up.
Originally posted by nogirt
The atmospheric pressure around the ISS causes drag.
Originally posted by backtoreality
Yes, this formula takes into account the breathable air in space and the effect it has on light from distance stars.
Originally posted by ArMaP
Originally posted by backtoreality
Yes, this formula takes into account the breathable air in space and the effect it has on light from distance stars.
Could you show us that formula, please.
Originally posted by backtoreality
I understand your concern Whiskey Jack.
I believe that it is up to the reader to decide whether to believe or not. Afterall, we can only hope to tell the truth as we know it; we can not control how others may take to that information.
Would you not agree my friend?
Originally posted by Whiskey Jack
First, there is the problem of this unnamed, and probably unknowable[1], authority you cite. However true the claims may be, we cannot accept them based solely on your say-so if we are to look at your proposal scientifically. If you would like us to accept it as a matter of faith, certainly you can proceed with the Revealed Truth the way you have been, but if you want us to look at it scientifically this piece of evidence must be discarded as unverifiable.
Second, with your throw away comment suggesting doubt that anyone here could understand differential equations or linear algebra, you imply condecension. You suggest that you, the Authority Figure™ on this subject are stooping to share your wisdom with us poor plebians.
Since, according to you, you're not willing to compromise his or her identity, there's really no way we can know who you're talking about unless we know you personally.
Originally posted by backtoreality
I could, but you might not understand it.
Have you ever studied differential equations, or linear algebra?
Originally posted by ArMaP
Originally posted by backtoreality
I could, but you might not understand it.
Have you ever studied differential equations, or linear algebra?
Don't worry, I have.
And I am sure some of the other members of this forum would be nice enough to explain it to me, in case this formula is too much for me.
Originally posted by backtoreality
I agree with you on one point: this is getting nonsensical.
There isn't even a flow to the conversation anymore. So, I would like to focus on one point, then move to the next.
I will go ahead and start. I disagreed with you about the temperature in space. Yet, after correcting you, you still stuck to your guns with the following statements:
1."The temperature in space is roughly 6K"
2."The average temperature for an object in the sun is roughly 7C...which is still nowhere near 300F"
You have already corrected yourself on #1, but you still will not budge on #2. I for one, do not understand what "average temperature" means when you are dealing with objects in direct sunlight.
Originally posted by cmdrkeenkid
Originally posted by backtoreality
What your Google search didn't tell you is that 6K is the temperature of space IN THE SHADE. The temperature of space when exposed to the sun is something like 300F. That's how the air does not freeze.
No, I didn't use Google. Sorry to disappoint. Just in working on my Physics and Astronomy degrees I happened to pick a few things up here and there. But, in one aspect, I was wrong... That's the average temperature of interstellar space.
The average temperature for an object in the Sun is roughly 7 C, which is still nowhere near 300 F. Of course, if it were 300 F, like you claim, how can the astronauts breath that, as that would be well above the boiling point?
In space, the temperature can range from -180°F out of view of the sun; and to +235°F in the direct glare of the sun.
www.onsetcomp.com...
Originally posted by ArMaP
And I am sure some of the other members of this forum would be nice enough to explain it to me, in case this formula is too much for me.