1. electrostatic interactions
<span>3. van de waals interactions </span>
<span>4. hydrogen bonding </span>
Answer: X2Y3
Explanation: I had the same question ;) (and got it right)
Answer:
The smallest possible inside length of the tank is
m.
Explanation:
As we know that

Thus, volume of
liter tank is also equal to
cubic meter
The volume of a cube is equal to
, where, x is the length of the side of the cube
With the give condition,
Solving the above equation, we get -

The smallest possible inside length of the tank is
m.