Re: Since the electron's traveling at near "c" then what's it's inertial mass?
- From: "guskz@xxxxxxxxxxx" <guskz@xxxxxxxxxxx>
- Date: 16 May 2006 06:22:53 -0700
stephen@xxxxxxxxxx wrote:
Randy Poe <poespam-trap@xxxxxxxxx> wrote:Ok but those are two different mass....therefore higher orbits demand
guskz@xxxxxxxxxxx wrote:
Are you sure their not moving faster when they absorb or release
photons to change atomic shells?
Yes.
I believe the higher the orbit the
higher the velocity(orbiting nucleus same as planet oribiting sun),
No, they aren't in orbit around the nucleus. That's the misconception
I keep mentioning. Not AT ALL the same as planets orbiting
the sun.
And planets in a "higher" orbit, meaning farther from the
Sun, move at lower velocities than planets that are closer
to the Sun. Mercury's orbital speed is about 50km/s.
Earth's is about 30km/s. Neptune's is only 5.4 km/s.
So thinking that "higher" orbits should have higher velocities
is another misconception.
higher momentum or higher velocity if the mass remains the same (p = mv
or p = gamma mv)
Stephen
.
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