
Q2 GenChem Practice Quiza
Quiz by Hagu L. Gol
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- Q1
Also known as energy levels, these regions surround the nucleus of an atom where the electron can be found.
Atomic Shells
Atomic Orbitals
Electronic Shells
Both B and C
30s - Q2
The atomic orbital is a region of the atom that has the highest probability where an electron can be found.
truefalseTrue or False30s - Q3
This model states the theory that atoms of a given element are identical, and compounds are combinations of different types of atoms.
Solid Sphere Model
Plum Pudding Model
Nuclear Model
Planetary Model
30s - Q4
Which of the following models did NOT have a nucleus?
Planetary Model
Nuclear Model
Plum Pudding Model
Quantum Mechanical Model
30s - Q5
According to the Planetary Model, what is the lowest energy level?
Users re-arrange answers into correct orderJumble30s - Q6
Match the atomic model to their corresponding creator.
Users link answersLinking30s - Q7
He explained that electrons in an atom move in a wave-like behavior, which became an important cornerstone of the quantum theory.
Erwin Schrödinger
Louis de Broglie
Niels Bohr
Wolfgang Pauli
30s - Q8
He believed that no two electrons can have the same four quantum numbers.
Erwin Schrödinger
Louis de Broglie
Niels Bohr
Wolfgang Pauli
30s - Q9
Group the symbol, description and the analogy of each quantum number.
Users sort answers between categoriesSorting30s - Q10
Identify the element being described through their last given orbital. Use the quantum numbers below as a guide.
Users link answersLinking30s - Q11
In the Quantum Mechanical Model, the denser the cloud, the lower the chance of finding electrons.
falsetrueTrue or False30s - Q12
Link the subshells to their corresponding name.
Users link answersLinking30s - Q13
Which principle/rule is being described below?
If multiple orbitals of the same energy are available, the unoccupied orbitals will be filled before the occupied are reused.
Hund's Rule
Pauli Exclusion Principle
Aufbau Principle
A and B
30s - Q14
How many possible orbitals are there for n=4?
4
8
12
16
30s - Q15
How many electrons can inhabit all of the n=5 orbitals?
25
35
50
60
30s