Vexx wrote:Hi.
I'm going to go through my own hazing. So be happy.
Anyway, all those posts about "what if" and "blah blah super soldier hologram commandos" piss me off so I've decided to try and make a topic RELEVANT to something. The topic of this post is the asteroid field scene in TeSB.
Sure, there are calculations done by Mr. Young and that guy from st-vs-sw.net but I don't trust either of them.
Trust is irrelevant.
Either they are right, or they are not. Your undefined perception of their "trustworthiness" has zero to do with the validity of their statement.
They're not exactly "experts" in the field. Of course, neither am I, so I went about this looking for people who were.
How is Brian NOT "expert enough" to figure out the energy requirements of vaporizing asteroids? Are you calling him stupid or something?
It is NOT rocket science. Once the asteroids are scaled, you have an idea of their volume.
Once you know their volume, you can estimate their MASS.
We KNOW that, to VAPORIZE a certain MASS of material, you MUST input a certain level of energy.
Incidentally, Brian's estimates are corroborated by Michael's, and also a person I'd say is VERY MUCH an "expert," DOCTOR of astrophysics, Curtis Saxton.
How in the name of God did you overlook THAT?
And I found some. It just so happens that around the internet, people have created elaborate calculation tables for things such as the destructive yield of asteroid impacts dependant on size, density and speed, and I also found one on how to destroy an asteriod dependant on its size, as in, I assume, how to destroy an asteroid barreling towards the planet with nuclear weapons.
That's not vaporizing asteroids. "Destroy" is contextually-sensitive.
From your little time around here, you should know that already, too.
I thought, "these are perfect!" I can calculate both the asteroid-destroying Falcon chase scenes and calculate the asteriod hitting the ISD bridge tower.
Err...why couldn't you do that
already?
Show me these "calculators." And show me where you're coming up with the values to plug into them.
In the meantime, Michael has an essay on the bridge impactor. If you're going to whip out *.5mv^2, you should know that the
momentum of the impact is of tremendous importance.
*You know, the means of determining a object's
kinetic energy. You didn't need a calculator to tell you that, did you?
Anyway, before I go about showing what I found I want to see people's reactions, and of course, disputes. Don't worry, I'll give what I found and the sources, but first I want to hear what you think. Would you trust such calculations? Keep in mind, the calculations take into account its size, velocity and density (and therefore mass), so I don't see how they could be wrong.
Vexx,
I am 99% sure you are just trolling.
I do not see how someone could be so ignorant of SD.net and Turbolaser Commentaries. You are speaking as if Brian didn't take these things into account, but if you'd
look at the fucking page, you'd SEE figures for volume, mass, density--EVERYTHING he used to derive his conclusions.
Same story with Michael's TL page, particularly the nifty TESB derivative thereof.
Start
reading the damned site before posting such things. If you just want a hazing, do NOT drag Brian into it. That's inviting more than a hazing.
So what do you people think? Hey I'll post a poll!
Lol this ought to be funny.
Shout out to y'all!
(Note: I'm not trying to piss people off. I'm not a Trekkie nor a Warsie. I love and hate both universes equally.)
Again, love/hate is irrelevant. Either the figures stand, or they don't.
Present your figures, but please, READ THE DAMN SITE FIRST!