Hydrogen has only one electron in its only (and outer) electron shell. If a hydrogen atom were to absorb a tremendous amount of
energy where would Bohr say the electron would go? A. fly off the atom
B. nowhere, it would just speed up.
C. spiral inwards towards the nucleus
D. move up to another shell that would form
Bohr's itself included that electrons take on energy equal to the energy required to the transition from one level to the other excited level.so if a very large amount of energy is given to the electron it will go in the exccited state <span>& if in case the amount of energy is too high..it will fly away from the atom.So A is the correct option</span>
The correct answer is option D, that is, move up to another shell that would form.
Explanation:
An atom comprises neutrons, protons, and electrons. The neutrons and protons are located in the nucleus and the electrons orbit the nucleus in their fixed shells. The jumping of the electron takes place to its higher shell when it acquires some form of energy, and can move to the lower shell when it loses some energy. Therefore, as mentioned in the given question, when a single electron gains a small amount of energy, then it should jump to another higher shell.
Global warming causes sea-level rise as oceans expand, and makes storm patterns more energetic. Consequently it will affect most of the world's coastlines through inundation and increased erosion.
The Solar System moves through the galaxy with about a 60° angle between the galactic plane and the planetary orbital plane. The Sun appears to move up-and-down and in-and-out with respect to the rest of the galaxy as it revolves around the Milky Way
Alkali metal hydroxides can be used to test the identity of metals in certain salts. The colour of the precipitate will help identify the metal : Calcium hydroxide is soluble; no precipitate is formed.
