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Periodic Trends In Chemistry
Test Description: Explaining Atomic Radius, Ionisation Energy, and Electronegativity
Instructions: Answer all questions to get your test result.
1) What is Ionisation energy?
A
What determines if an atom has a negative charge, positive charge, or is neutral
B
The energy absorbed when an electron is gained
C
The energy needed to remove the outer electron
D
The distance between two nuclei of different atoms
2) When going from left to right, electronegativity...
A
Increases then decreases
B
Decreases
C
Increases
D
Stays the same
3) When reading down the periodic table, does the atomic radius...
A
Stay the same
B
Alternate no matter what way you look
C
Decrease
D
Increase
4) When going down, Ionisation energy...
A
Varies
B
Becomes impossible to measure
C
Decreases
D
Increases
5) What is Electronegativity?
A
Electronegativity is the distance between two nuclei of different atoms
B
Electronegativity is the energy needed to remove the outer electron
C
Electronegativity is when energy is absorbed when an electron is gained
D
Electronegativity is fighting against bad vibes throughout your life
6) When measured from left to right, Ionisation energy...
A
Increases
B
Makes the atom visible to the naked eye
C
Decreases
D
Stays the same size
7) Atomic Radius is...
A
Atomic Radius is how far away an electron is to the nuclei
B
Atomic Radius how close another atom is when an electron is gained
C
Atomic Radius is the distance of two nuclei between separate but closeby atoms
D
Atomic Radius is the distance from the atom needed to remove the outer electron
8) What are the three periodic trends talked about so far?
A
Atomic Radius, Electronegativity, and Proton Configuration
B
Atomic Radius, Ionisation Energy, Bad Energy
C
Ionisation Energy, Electron Configuration, Electronegativity
D
Electronegativity, Ionisation Energy, Atomic Radius
9) When moving from left to right, Atomic Radius
A
Varies
B
Increases
C
Stays constant
D
Decreases
10) Looking at your periodic table of elements, which element is the most attractive?
A
Fabulous Flourine
B
Heinous Hydrogen
C
Fat Francine
D
Radiant Radon
11) Which of the following elements are in order from least to greatest according to Electronegativity?
A
Argon, Phosphorous, Silicone, Sodium
B
Silicone, Sodium, Phosphorous, Argon
C
Phosphorous, Argon, Silicone, Sodium
D
Sodium, Silicone, Phosphorous, Argon
12) Which of the following elements are in order from least to greatest according to Atomic Radius?
A
Francium, Potassium, Lithium, Sodium
B
Lithium, Sodium, Francium, Potassium
C
Potassium, Francium, Lithium, Sodium
D
Lithium, Sodium, Potassium, Francium
13) Which of the following elements are in order from least to greatest according to Ionisation Energy?
A
Oxygen, Carbon, Radium, Zinc
B
Oxygen, Carbon, Zinc, Radium
C
Radium, Zinc, Carbon, Oxygen
D
Radium, Zinc, Oxygen, Carbon
14) Which trends increase from left to right?
A
Ionisation Energy, Electropositivity
B
Atomic Radius, Ionisation Energy
C
Electronegativity, Atomic Radius
D
Ionisation Energy, Electronegativity
15) Which group of elements has the lowest electronegatives?
A
Noble Gases
B
Alkali Metals
C
Halogens
D
Alkali Earth Metals
16) Which trend increases as you go down?
A
Atomic Radius
B
Electron Configuration
C
Ionisation Energy
D
Electronegativity
17) Which trends increase as you go up?
A
Ionisation Energy, Electronegativity
B
Atomic Radius, Ionisation Energy
C
Ionisation Energy, Electropositivity
D
Electronegativity, Atomic Radius
18) Which trend decreases from left to right?
A
Ionisation Energy
B
Neutron Configuration
C
Atomic Radius
D
Electronegativity
19) Which of the following has the highest Electronegativity?
A
Calcium (Ca, 20)
B
Sulphur (S, 16)
C
Chlorine (Cl, 17)
D
Germanium (Ge, 32)
20) Which of the following has the highest Ionisation Energy?
A
Aluminium (Al, 13)
B
Neon (Ne, 10)
C
Magnesium (Mg, 12)
D
Argon (Ar, 18)
*select an answer for all questions
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