- #1
olovomax
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Hi,
Could someone please crunch for me the de Broglie wavelenght ([tex]\lambda[/tex]), frequency (f) and energy (E) of Earth at perihelion (30300m/s) and at aphelion (29300m/s) and mean (29800m/s)
Here are the numbers and formulas:
[tex]\lambda[/tex]=h/p , f=E/h , p=m*v (momentum=mass*velocity)
h - Planck's constant = 6.62606896×10-34
p -
m - 5.9742×1024kg
v1 - 30300m/s
v2 - 29300m/s
And also for the Moon:
m - 7.347×1022kg
v - 1022 m/s (mean v around the Earth)
v - 29783 m/s (mean v around the Sun)
What would be the wavelength/velocity of an object going around two centers? Thanks,
Could someone please crunch for me the de Broglie wavelenght ([tex]\lambda[/tex]), frequency (f) and energy (E) of Earth at perihelion (30300m/s) and at aphelion (29300m/s) and mean (29800m/s)
Here are the numbers and formulas:
[tex]\lambda[/tex]=h/p , f=E/h , p=m*v (momentum=mass*velocity)
h - Planck's constant = 6.62606896×10-34
p -
m - 5.9742×1024kg
v1 - 30300m/s
v2 - 29300m/s
And also for the Moon:
m - 7.347×1022kg
v - 1022 m/s (mean v around the Earth)
v - 29783 m/s (mean v around the Sun)
What would be the wavelength/velocity of an object going around two centers? Thanks,
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