The potential energy 
between two molecules as a function of the distance 
between them has been shown in the figure. The two molecules are
.png)
a)
Attracted when 
lies between 
and 
and are repelled when 
lies between 
and 
b)
Attracted when 
lies between 
and 
and are repelled when 
lies between 
and 
c)
Attracted when they reach 
d)
Repelled when they reach 
between two molecules as a function of the distance between them has been shown in the figure. The two molecules area)
Attracted when lies between and and are repelled when lies between and
b)
Attracted when lies between and and are repelled when lies between and
c)
Attracted when they reach
d)
Repelled when they reach
Question ID - 55915 | SaraNextGen Top Answer The potential energy between two molecules as a function of the distance between them has been shown in the figure. The two molecules are
a)
Attracted when lies between and and are repelled when lies between and
b)
Attracted when lies between and and are repelled when lies between and
c)
Attracted when they reach
d)
Repelled when they reach
The potential energy between two molecules as a function of the distance between them has been shown in the figure. The two molecules are
|
a) |
Attracted when |
|
b) |
Attracted when |
|
c) |
Attracted when they reach |
|
d) |
Repelled when they reach |
|
(b)
In the region
In the region
|
slope of the graph is positive
negative 
force is attractive in nature
slope of the graph is negative
positive 
force is repulsive in nature