n drops of a liquid, each with surface e...

n drops of a liquid, each with surface energy E. joining to form a single drop
(a). Some energy will be released in the process
(b). Some energy will be absorbed in the process
(c). The energy released or absorbed will be `E(n-n^(2//3))`
(d). the energy released or absorbed will be `nE(2^(2//3)-1)`

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n drops of a liquid, each with surface energy E. joining to form a single drop (a). Some energy will be released in the process (b). Some energy will be absorbed in the process (c). The energy released or absorbed will be `E(n-n^(2//3))` (d). the energy released or absorbed will be `nE(2^(2//3)-1)`

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n drops of a liquid, each with surface energy E. joining to form a single drop
(a). Some energy will be released in the process
(b). Some energy will be absorbed in the process
(c). The energy released or absorbed will be `E(n-n^(2//3))`
(d). the energy released or absorbed will be `nE(2^(2//3)-1)`