Electrons in the 1st energy level of an atom:?

Question

a) have no energy
b)have the lowest possible energy
c) have the highest possible energy
d) are in an excited state
e) are in an unstable state

Answer 1

In the Bohr atom as he describes an energy level is really the power containment level that the electron moves.
So the lowest containment level contains the densest power level.
So the First level contain the Greatest electrostatic gravity energy.Since Energy varies inversely to the radius vector of the electron relative to the nucleus.

At the lowest level the electron mass structure is the smallest. Having the smallest structural energy content.

Answer 2

Electrons in the 1st energy level of an atom, AKA the ground state, are very stable and has the lowest energy possible. Typically, the higher the stablility of an electron the lower the energy state. Any level above the ground state is excited, but the ground state is not.

Answer 3

Answer 4

B.) Have the lowest possible energy.

Answer 5

exchange in capability dE = ?E = (a million/n2^2 -a million/n12) 2.17 x 10-18)J = h? Then ?=(a million/n2^2 -a million/n1^2) 2.17 x 10-18J )/h h = Plancks consistent = 6.626 x 10-34 J?sec n2^2 = 2d capability point squared n1^2 = first capability point squared Plug the numbers in and sparkling up for nu or frequency. good success....