Imagine that we place a dipole a distance $r$ from a neutral atom, as shown below.

-(b) Use figure E2.12 to specify the direction of the net force that the neutral atom exerts on the dipole. (Hint: Think of any dipole(s) as independent charged particles.
A) A
B) B
C) C
D) D
E) Zero
F) Other
G) AA
H) BB
I) $\mathrm{CC}$
J) DD

Question

Imagine that we place a dipole a distance $r$ from a neutral atom, as shown below.
 
-(b) Use figure E2.12 to specify the direction of the net force that the neutral atom exerts on the dipole. (Hint: Think of any dipole(s) as independent charged particles.
A) A 
B) B 
C) C 
D) D 
E) Zero 
F) Other 
G) AA 
H) BB 
I) $\mathrm{CC}$ 
J) DD

Quizplus · Accepted Answer

The Answer of Imagine that we place a dipole a distance $r$ from a neutral atom, as shown below.
 
-(b) Use figure E2.12 to specify the direction of the net force that the neutral atom exerts on the dipole. (Hint: Think of any dipole(s) as independent charged particles.
A) A 
B) B 
C) C 
D) D 
E) Zero 
F) Other 
G) AA 
H) BB 
I) $\mathrm{CC}$ 
J) DD

Imagine That We Place a Dipole a Distance rrr From a Neutral Atom, as Shown Below

Imagine That We Place a Dipole a Distance $r$ From a Neutral Atom, as Shown Below