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Lt.BirdGod Captain
Joined: 02 Jan 2002 Posts: 619 Location: Sol System, 3rd planet from the Sun
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Wed Apr 09, 2003 3:26 pm Modified Cochrane Unit Scale |
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Has anyone else noticed how the Modified Cochrane Unit Scale has messed everything up? For instance, take Voyager.
In Caretaker, Voyager was whisked ~70KLY from Earth. Alright. In metric units, c=3.0x10^5mps. On the MCS, Warp 2 is c^2. Therefore, c^2 =(3.0x10^5mps)^2 = 1LY/yr = 9.0x10^10mps = 3.0x10^5 LY/yr. _ Therefore, they could reach home in (3.0x10^5)/(7.0x10^4)yrs. = .23yrs, or about 3 months. If they went up to warp 3, it would be 1/(3.0x10^5) of this, and Voyager can sustain Warp 9.975, or c^9.975. You see where I'm going here.
By the way, don't hound Lt.BirdGod too much, this is his friend.
-------signature-------
Lt. Worf
"Honor, Duty, Pride, and Pie before anything else!"
What a deliciously puzzling conundrum, in other words, OH S!!T!
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PrankishSmart Rear Admiral
Joined: 29 Apr 2002 Posts: 4779 Location: Hobart, Australia.
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Wed Apr 09, 2003 10:45 pm Re: Modified Cochrane Unit Scale |
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Lt.BirdGod wrote: | You see where I'm going here. |
No
Well, If I think what your saying, voyager does not use the cochrane scale. From about the year 2320, the TNG scale was used, which basically, instead of just raw speed cubed by the speed of light, it is based on the speed of light and the interstellar conditions in the region of space. For example, a ship going warp 9 through an iron storm might only be going warp 3 cochrane scale, etc.
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Hull Breach Lieutenant
Joined: 28 May 2002 Posts: 152 Location: Bedford, N.S., Canada
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Thu Apr 10, 2003 1:39 pm |
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people say im intelegent. Just having me look at this proves them all wrong
-------signature-------
Fear is one's biggest road block in life.
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Hyper Ensign
Joined: 07 Apr 2003 Posts: 60 Location: UK
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Sun Apr 13, 2003 7:50 pm Re: Modified Cochrane Unit Scale |
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Lt.BirdGod wrote: | Has anyone else noticed how the Modified Cochrane Unit Scale has messed everything up? For instance, take Voyager.
In Caretaker, Voyager was whisked ~70KLY from Earth. Alright. In metric units, c=3.0x10^5mps. On the MCS, Warp 2 is c^2. Therefore, c^2 =(3.0x10^5mps)^2 = 1LY/yr = 9.0x10^10mps = 3.0x10^5 LY/yr. _ Therefore, they could reach home in (3.0x10^5)/(7.0x10^4)yrs. = .23yrs, or about 3 months. If they went up to warp 3, it would be 1/(3.0x10^5) of this, and Voyager can sustain Warp 9.975, or c^9.975. You see where I'm going here.
By the way, don't hound Lt.BirdGod too much, this is his friend. |
Well, for a start c>3*10^5ms^-1. Infact, its 10^3 greater. c� would not be equivalent to 1LY/yr. No. Travelling at c would equate to 1LY/yr otherwise it wouldnt be called a light year!!!!!!!! If you could travel at c� you'd be travelling at a velocity of 3*10^16ms^-1. 1 LY = (31.356*10^6)*(3*10^8ms^-1) = 9.4608*10^15. So time taken to travel 1Ly (Lightyear) at c�=
Velocity(v)=distance(s)/time(t)
T needs to be subject of formula
t=s/v
t = (9.4608*10^15)/(3*10^16)
t = 3.1536^-1 seconds
t = 0.31536 seconds
Therefore time required to travel 70*10^3 LY at c� = (70*10^3)*(3.1536*10^-1)
=22075.2 seconds/3600
= 6.132 Hours
So there you have it. It would take Voyager 1/4 of a day to get home if they travelled at the speed of light squared.
Thank you
-------signature-------
When matter and anti-matter collide, you dont get plasma!
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Defiant Fleet Admiral
Joined: 04 Jul 2001 Posts: 15946 Location: Oregon City, OR
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Sun Jun 01, 2003 3:46 am Re: Modified Cochrane Unit Scale |
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Lt.BirdGod wrote: | Has anyone else noticed how the Modified Cochrane Unit Scale has messed everything up? For instance, take Voyager.
In Caretaker, Voyager was whisked ~70KLY from Earth. Alright. In metric units, c=3.0x10^5mps. On the MCS, Warp 2 is c^2. Therefore, c^2 =(3.0x10^5mps)^2 = 1LY/yr = 9.0x10^10mps = 3.0x10^5 LY/yr. _ Therefore, they could reach home in (3.0x10^5)/(7.0x10^4)yrs. = .23yrs, or about 3 months. If they went up to warp 3, it would be 1/(3.0x10^5) of this, and Voyager can sustain Warp 9.975, or c^9.975. You see where I'm going here.
By the way, don't hound Lt.BirdGod too much, this is his friend. |
Im confused!
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Dax Orien Helmsman
Joined: 24 Aug 2001 Posts: 856 Location: My own little hell.
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Tue Jun 03, 2003 9:25 am |
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It's not that confusing if you try hard to understand.....::looks to the message and his brain starts to sizzle like bacon:: ..............Okay, you're right. I suppose this can be a little confusing.
-------signature-------
"Let's all sing the 'Doom Song'!" ~~~ Gir
"Gir, it's been nice working with you, now self-destruct."
"FINALLY!"
Conversation between Zim and Gir in the episode entitled "Dibs Wonderful Life"
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Defiant Fleet Admiral
Joined: 04 Jul 2001 Posts: 15946 Location: Oregon City, OR
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Tue Jun 03, 2003 3:41 pm |
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Yes...I have to think too much already in my Physics honors class, I dont need to think too much when I am on leisure time!
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Lt.BirdGod Captain
Joined: 02 Jan 2002 Posts: 619 Location: Sol System, 3rd planet from the Sun
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Tue Jun 03, 2003 10:23 pm |
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heh
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Dax Orien Helmsman
Joined: 24 Aug 2001 Posts: 856 Location: My own little hell.
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Wed Jun 04, 2003 9:01 am |
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::the bacon goes black and disappears in a puff of smoke:: Oooh ::whines:: I never can get that right.
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mr_glyn Lieutenant Commander
Joined: 16 Apr 2002 Posts: 253 Location: Kent, UK
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Tue Dec 02, 2003 7:41 am Re: Modified Cochrane Unit Scale |
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Hyper wrote: | Lt.BirdGod wrote: | Has anyone else noticed how the Modified Cochrane Unit Scale has messed everything up? For instance, take Voyager.
In Caretaker, Voyager was whisked ~70KLY from Earth. Alright. In metric units, c=3.0x10^5mps. On the MCS, Warp 2 is c^2. Therefore, c^2 =(3.0x10^5mps)^2 = 1LY/yr = 9.0x10^10mps = 3.0x10^5 LY/yr. _ Therefore, they could reach home in (3.0x10^5)/(7.0x10^4)yrs. = .23yrs, or about 3 months. If they went up to warp 3, it would be 1/(3.0x10^5) of this, and Voyager can sustain Warp 9.975, or c^9.975. You see where I'm going here.
By the way, don't hound Lt.BirdGod too much, this is his friend. |
Well, for a start c>3*10^5ms^-1. Infact, its 10^3 greater. c� would not be equivalent to 1LY/yr. No. Travelling at c would equate to 1LY/yr otherwise it wouldnt be called a light year!!!!!!!! If you could travel at c� you'd be travelling at a velocity of 3*10^16ms^-1. 1 LY = (31.356*10^6)*(3*10^8ms^-1) = 9.4608*10^15. So time taken to travel 1Ly (Lightyear) at c�=
Velocity(v)=distance(s)/time(t)
T needs to be subject of formula
t=s/v
t = (9.4608*10^15)/(3*10^16)
t = 3.1536^-1 seconds
t = 0.31536 seconds
Therefore time required to travel 70*10^3 LY at c� = (70*10^3)*(3.1536*10^-1)
=22075.2 seconds/3600
= 6.132 Hours
So there you have it. It would take Voyager 1/4 of a day to get home if they travelled at the speed of light squared.
Thank you |
how did you get the little 2 after a number?
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EnsignParis Lieutenant Commander
Joined: 07 Sep 2001 Posts: 257
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Tue Dec 02, 2003 2:48 pm |
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The only reason this is hard to understand is that doing normal mathmatical notation on a computer screen is much harder to do than on paper, so people use alternate notation, like c^2, and it becomes much harder to read.
If you just concentrate on one thing at a time and actually determine the equations on the computer screen would translate to on a piece of paper, then it becomes a lot easier to understand.
It's not that complicated really.
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