The wave equation applied to describe atomic structure in Quantum Mechanics was

ID: 1873864 • Letter: T

Question

The wave equation applied to describe atomic structure in Quantum Mechanics was obtained by:

Max Planck

E. Schrodinger

None of the above

In any piece of matter atoms are in perpetual motion.

True

False

The Elements are substances made of a single atom. Their atomic structures are described systematically in the Periodic Table of the Elements.

True

False

If a He atom loses one electron it becomes a positive ion.

True

False

One important clue to the understanding of the atomic structure were the Atomic Spectra.

True

False

In the Bohr model of the atom the protons are considered as planets in orbit around the electrons.

True

False

Isotopes are atoms that only differ by the amount of electrons in their structure.

True

False

Max Planck

E. Schrodinger

None of the above

1)schrodinger

2)true

3)true-A chemical element is a species of atoms having the same number of protons in their atomic nuclei

4)true-it wil beome helium ion.

5)true- spetra gives information about atomic levels

6)false- electrons are considered as planets in orbit around the nucleus.

7)false-same atomic no and different mass no(differs in no of protons)

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