27
edits
Changes
Jump to navigation
Jump to search
Line 156:
Line 156: +
no edit summary
::::::::::: Again Philip, just provide the numbers for d and v, do the division, and see what you get. If you'd like to use a different equation other than v = d / t, then quote that and use it to get a t that is less than 6000 years. But please sho wme the math. This isn't hard math here. It's division. It's just like if you were driving at a constant 55 mph and you traveled 110 miles according to your odometer, then you've been traveling for 2 hours. There's no point arguing with words. If t is less than 6000 years, then the Bible agrees with reality. If t is greater than 6000 years, then the Bible does not agree with reality. It's hard to make this simpler. Pick a galaxy and do the simple math. Prove it to me once and for all.--[[User:Mackronking2|Mackronking2]] 15:02, 12 May 2007 (EDT)
::::::::::: Again Philip, just provide the numbers for d and v, do the division, and see what you get. If you'd like to use a different equation other than v = d / t, then quote that and use it to get a t that is less than 6000 years. But please sho wme the math. This isn't hard math here. It's division. It's just like if you were driving at a constant 55 mph and you traveled 110 miles according to your odometer, then you've been traveling for 2 hours. There's no point arguing with words. If t is less than 6000 years, then the Bible agrees with reality. If t is greater than 6000 years, then the Bible does not agree with reality. It's hard to make this simpler. Pick a galaxy and do the simple math. Prove it to me once and for all.--[[User:Mackronking2|Mackronking2]] 15:02, 12 May 2007 (EDT)
:::::::::::::Okay, so if I was driving at a constant 55 mph and travelled 110 miles, then from my point of view I've travelled for two hours. But how much time has passed for someone watching me from a vantage point where time passes at a different rate? What's the formula for that? [[User:Philip J. Rayment|Philip J. Rayment]] 09:50, 13 May 2007 (EDT)
:::::::::::::Okay, so if I was driving at a constant 55 mph and travelled 110 miles, then from my point of view I've travelled for two hours. But how much time has passed for someone watching me from a vantage point where time passes at a different rate? What's the formula for that? [[User:Philip J. Rayment|Philip J. Rayment]] 09:50, 13 May 2007 (EDT)
:::::::::::::: I'm not sure I understand you. All observers agree on the vaue of the speed of light; that's the fundamental tenant of special relativity and it is confirmed in particle accelerators around the workd every day. It doesn't matter where or how fast the observer is. The proper distance between two points in space is also the same for any observer, regardless of how fast or slow that observer is moving. The time that an observer will measure for a light ray to travel a given proper distance doesn't depend on who is observing; it's just the proper distance divided by the speed of light. --[[User:Mackronking2|Mackronking2]] 17:26, 13 May 2007 (EDT)
::::::::::::How did the moon got THAT ammount of craters in only 6000 years?[[User:Aknot|Aknot]] 15:19, 12 May 2007 (EDT)
::::::::::::How did the moon got THAT ammount of craters in only 6000 years?[[User:Aknot|Aknot]] 15:19, 12 May 2007 (EDT)