The working's all fine. You're given data to three significant figures so a good rule of thumb would be to give your answers to a similar precision.
The working's all fine. You're given data to three significant figures so a good rule of thumb would be to give your answers to a similar precision.
"Look I’ve got my old pledge card a bit battered and crumpled we said we’d provide more turches churches teachers and we have I can remember when people used to say the Japanese are better than us the Germans are better than us the French are better than us well it’s great to be able to say we’re better than them I think Mr Kennedy well we all congratulate on his baby and the Tories are you remembering what I’m remembering boom and bust negative equity remember Mr Howard I mean are you thinking what I’m thinking I’m remembering it’s all a bit wonky isn’t it?"
-Wise words from John Prescott
You can check the orbital period for Venus on the net, 224.70069 days. With rounding errors, does this look reasonable?
And the formulas look correct by me, although personally I would use different formulas, but that's purely by taste.
We are all aware that the senses can be deceived, the eyes fooled. But how can we be sure our senses are not being deceived at any particular time, or even all the time? Might I just be a brain in a tank somewhere, tricked all my life into believing in the events of this world by some insane computer? And does my life gain or lose meaning based on my reaction to such solipsism?
Project PYRRHO, Specimen 46, Vat 7
Activity Recorded M.Y. 2302.22467
TERMINATION OF SPECIMEN ADVISED
And compare the orbital period with the rotation period and you'll be up for a surprise.
Runes for good luck:
[1 - exp(i*2π)]^-1
Im only a day off so im guessing its ok, if i had got the formulae wrong it would probably be a fair bit off.
These are the formulas the teacher gave me so i probably have to use them ;)
ok thanks for all the help guys (your like a more accessible teacher with unlimited knowledge, or at least it seems that way) test in a few hours, wish me luck!
Edit: the orbital period is close to the rotation period ?
Last edited by LittleGrizzly; 05-20-2008 at 09:38.
In remembrance of our great Admin Tosa Inu, A tireless worker with the patience of a saint. As long as I live I will not forget you. Thank you for everything!
The rotation period is, in fact, longer.Originally Posted by LittleGrizzly
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Runes for good luck:
[1 - exp(i*2π)]^-1
Test went well, pretty much full marks apart from me saying the centripetal force acting on the earth is due to the gravity of the sun, i got the marks but he wasn't really happy with that answer. So thanks again!
In remembrance of our great Admin Tosa Inu, A tireless worker with the patience of a saint. As long as I live I will not forget you. Thank you for everything!
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