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The Measured Minimum Potential Energy of a NaCl Molecule at Stable

Question 21

Multiple Choice

The measured minimum potential energy of a NaCl molecule at stable equilibrium distance of 0.236 nm is -5.7 eV. If the Na+ and Cl- are treated as point charges, the electrostatic potential energy is


A) The measured minimum potential energy of a NaCl molecule at stable equilibrium distance of 0.236 nm is -5.7 eV. If the Na<sup>+</sup> and Cl<sup>-</sup> are treated as point charges, the electrostatic potential energy is A) 2.4 eV B) 3.5 eV C) 5.4 eV D) 6.1 eV E) 6.5 eV 2.4 eV
B) The measured minimum potential energy of a NaCl molecule at stable equilibrium distance of 0.236 nm is -5.7 eV. If the Na<sup>+</sup> and Cl<sup>-</sup> are treated as point charges, the electrostatic potential energy is A) 2.4 eV B) 3.5 eV C) 5.4 eV D) 6.1 eV E) 6.5 eV 3.5 eV
C) The measured minimum potential energy of a NaCl molecule at stable equilibrium distance of 0.236 nm is -5.7 eV. If the Na<sup>+</sup> and Cl<sup>-</sup> are treated as point charges, the electrostatic potential energy is A) 2.4 eV B) 3.5 eV C) 5.4 eV D) 6.1 eV E) 6.5 eV 5.4 eV
D) The measured minimum potential energy of a NaCl molecule at stable equilibrium distance of 0.236 nm is -5.7 eV. If the Na<sup>+</sup> and Cl<sup>-</sup> are treated as point charges, the electrostatic potential energy is A) 2.4 eV B) 3.5 eV C) 5.4 eV D) 6.1 eV E) 6.5 eV 6.1 eV
E) The measured minimum potential energy of a NaCl molecule at stable equilibrium distance of 0.236 nm is -5.7 eV. If the Na<sup>+</sup> and Cl<sup>-</sup> are treated as point charges, the electrostatic potential energy is A) 2.4 eV B) 3.5 eV C) 5.4 eV D) 6.1 eV E) 6.5 eV 6.5 eV

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