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When measured from left to right, Ionisation energy...
Sodium, Silicone, Phosphorous, Argon
Electronegativity, Ionisation Energy, Atomic Radius
Fabulous Flourine
Alkali Metals
Atomic Radius is the distance of two nuclei between separate but closeby atoms
Decreases
Ionisation Energy, Electronegativity
Increases
When moving from left to right, Atomic Radius
Sodium, Silicone, Phosphorous, Argon
Electronegativity, Ionisation Energy, Atomic Radius
Fabulous Flourine
Alkali Metals
Atomic Radius is the distance of two nuclei between separate but closeby atoms
Decreases
Ionisation Energy, Electronegativity
Increases
Looking at your periodic table of elements, which element is the most attractive?
Sodium, Silicone, Phosphorous, Argon
Electronegativity, Ionisation Energy, Atomic Radius
Fabulous Flourine
Alkali Metals
Atomic Radius is the distance of two nuclei between separate but closeby atoms
Decreases
Ionisation Energy, Electronegativity
Increases
What are the three periodic trends talked about so far?
Sodium, Silicone, Phosphorous, Argon
Electronegativity, Ionisation Energy, Atomic Radius
Fabulous Flourine
Alkali Metals
Atomic Radius is the distance of two nuclei between separate but closeby atoms
Decreases
Ionisation Energy, Electronegativity
Increases
Atomic Radius is...
Sodium, Silicone, Phosphorous, Argon
Electronegativity, Ionisation Energy, Atomic Radius
Fabulous Flourine
Alkali Metals
Atomic Radius is the distance of two nuclei between separate but closeby atoms
Decreases
Ionisation Energy, Electronegativity
Increases
Which trends increase as you go up?
Sodium, Silicone, Phosphorous, Argon
Electronegativity, Ionisation Energy, Atomic Radius
Fabulous Flourine
Alkali Metals
Atomic Radius is the distance of two nuclei between separate but closeby atoms
Decreases
Ionisation Energy, Electronegativity
Increases
Which of the following elements are in order from least to greatest according to Electronegativity?
Sodium, Silicone, Phosphorous, Argon
Electronegativity, Ionisation Energy, Atomic Radius
Fabulous Flourine
Alkali Metals
Atomic Radius is the distance of two nuclei between separate but closeby atoms
Decreases
Ionisation Energy, Electronegativity
Increases
Which group of elements has the lowest electronegatives?
Sodium, Silicone, Phosphorous, Argon
Electronegativity, Ionisation Energy, Atomic Radius
Fabulous Flourine
Alkali Metals
Atomic Radius is the distance of two nuclei between separate but closeby atoms
Decreases
Ionisation Energy, Electronegativity
Increases
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