(b) Sodium and chlorine form an ionic bond in which sodium and chlorine respectively is simply positively or simply negatively charged. The equilibrium distance between the two ions is 1.77 Å. A "Na - Cl dipole" is initially aligned perpendicular to a horizontal, homogeneous electric field E~ and then aligns itself within it out of. A work of 2.836-10-24 J was done when aligning the dipole. Determine the magnitude of the field strength E~! • Determine the torque which - initially acts on the dipole - acts on the dipole when \angle (~p, E~) = 45°
(b) Sodium and chlorine form an ionic bond in which sodium and chlorine respectively is simply positively or simply negatively charged. The equilibrium distance between the two ions is 1.77 Å. A "Na - Cl dipole" is initially aligned perpendicular to a horizontal, homogeneous electric field E~ and then aligns itself within it out of. A work of 2.836-10-24 J was done when aligning the dipole. Determine the magnitude of the field strength E~! • Determine the torque which - initially acts on the dipole - acts on the dipole when \angle (~p, E~) = 45°
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Transcribed Image Text:(b) Sodium and chlorine form an ionic
bond in which sodium and chlorine
respectively is simply positively or simply
negatively charged. The equilibrium
distance between the two
ions is 1.77 Å. A "Na - Cl dipole" is
initially aligned perpendicular to a
horizontal, homogeneous electric field
E~ and then aligns itself within it
out of. A work of 2.836-10-24 J was
done when aligning the dipole.
Determine the magnitude of the field
strength E~!
• Determine the torque which
- initially acts on the dipole
- acts on the dipole when \angle (~p,
E~) = 45°
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