Run the States of Matter simulation and use the Interaction diagram. Adjust the atom diameter to large, and adjust the interaction strength to strong. Which atoms have a higher bond energy? States of Matter Potential Energy b E Atoms. Neon Argon Adjustable Attraction small Atom Diameter (0) largo Interaction Strength (c) weak strong Distance Between Atoms 0 Forces Hide Forces Total Force Attractive (van der Waals) Repulsive (electron overlap) Normal Slow ١٠٠ Gates Phase Chanoes Interaction Argon They have the same bond energy. The simulation does not show the bond energy. Neon Question 6 (3 points) PHET:

Chemistry
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Chapter1: Chemical Foundations
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Run the States of Matter simulation and use the Interaction diagram. Adjust the
atom diameter to large, and adjust the interaction strength to strong. Which atoms
have a higher bond energy?
States of Matter
Potential Energy
b
E
Atoms.
Neon
Argon
Adjustable Attraction
small
Atom Diameter (0)
largo
Interaction Strength (c)
weak
strong
Distance Between Atoms
0
Forces
Hide Forces
Total Force
Attractive
(van der Waals)
Repulsive
(electron overlap)
Normal
Slow
١٠٠
Gates
Phase Chanoes
Interaction
Argon
They have the same bond energy.
The simulation does not show the bond energy.
Neon
Question 6 (3 points)
PHET:
Transcribed Image Text:Run the States of Matter simulation and use the Interaction diagram. Adjust the atom diameter to large, and adjust the interaction strength to strong. Which atoms have a higher bond energy? States of Matter Potential Energy b E Atoms. Neon Argon Adjustable Attraction small Atom Diameter (0) largo Interaction Strength (c) weak strong Distance Between Atoms 0 Forces Hide Forces Total Force Attractive (van der Waals) Repulsive (electron overlap) Normal Slow ١٠٠ Gates Phase Chanoes Interaction Argon They have the same bond energy. The simulation does not show the bond energy. Neon Question 6 (3 points) PHET:
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