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Using Kepler's 3rd Law to find Period of Venus
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[QUOTE="James R, post: 5520370, member: 18527"] Rejverr97: The question asks you to write an equation of the form ##T=k r^n##, using the equations you had previously. That is, you need to combine those equations algebraically to express the period ##T## in terms of the distance ##r##. In the process, you'll find the exponent ##n## as well as the constant ##k## in terms of the constants in your previous equations. Once you have that expression, you can work with [I]ratios[/I] of the ##T## and ##r## values. If you do that, you should not need to work out intermediate values like the actual distance of Earth from the Sun in metres. Does that help? [/QUOTE]
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Using Kepler's 3rd Law to find Period of Venus
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