- #1
Oblivion
- 21
- 0
I am wondering what forces cause the nodes between orbitals to occur, and if these nodes are ever penetrated or crossed by electrons during exitation of the atom.
Originally posted by Oblivion
No, that's ok. I've just been pondering them for sometime and don't understand how an electron in an exited atom can essentially go from one orbital to the next, without actually passing through the space between the orbitals. Thanks for the reply.
Orbital nodal forces are the gravitational forces that act on a satellite as it orbits around a larger celestial body, such as a planet or star. These forces are responsible for maintaining the satellite's orbit and keeping it in a stable trajectory.
Orbital nodal forces can affect satellites in various ways, such as causing changes in their orbital speed and direction. They can also cause satellites to experience orbital decay, leading to a decrease in altitude and eventual reentry into the atmosphere.
Studying orbital nodal forces is crucial for understanding and predicting the behavior of satellites in orbit. This information is essential for satellite operators and scientists who rely on accurate data for communication, navigation, and scientific research purposes.
Scientists use mathematical equations, such as Newton's law of universal gravitation, to calculate the forces acting on a satellite due to orbital nodal forces. They also use specialized instruments, such as accelerometers and gyroscopes, to measure the effects of these forces on satellites.
Yes, orbital nodal forces can be manipulated or controlled to some extent through the use of small thrusters or other propulsion systems. However, these forces are primarily determined by the mass and gravitational pull of the larger celestial body the satellite is orbiting, and thus cannot be completely controlled.