64 water drops are combined to form a big drop surface energy of big drop is m times of any small drop. m is

To answer the question, we need to break it down into steps:

Step 1: Determine the surface energy of a small water drop. Step 2: Calculate the surface energy of the big drop. Step 3: Find the value of m.

Let's proceed with each step:

Step 1: Determine the surface energy of a small water drop. Since the question does not provide any specific information about the surface energy of a small water drop, we cannot calculate it at this point. We will need more information or assumptions to proceed.

Step 2: Calculate the surface energy of the big drop. To calculate the surface energy of the big drop, we need to know the value of m, which represents the ratio between the surface energy of the big drop and any small drop. Without this information, we cannot calculate the surface energy of the big drop.

Step 3: Find the value of m. The question states that the surface energy of the big drop is m times that of any small drop. However, it does not provide the specific value of m. Without knowing the value of m, we cannot determine the relationship between the surface energy of the big drop and the small drop.

In conclusion, without additional information or assumptions, we cannot answer the question or calculate the surface energy of the big drop or the value of m.