Surface tension, γ, can be thought of as energy per unit area, a. so, the change in energy, δe, of a surface can be related to surface tension and the change in surface area, δa. δe=γδa what amount of energy is required to change a spherical drop of water with a diameter of 1.40 mm to three smaller spherical drops of equal size? the surface tension, γ, of water at room temperature is 72.0 mj/m2. you\'ll need the surface area of a sphere 4π r2 and the volume of a sphere 4/3 ·π r3.

step-by-step explanation:

in the absence of parentheses, i will have to make some assumptions:   i interpret your (3x+5/y^6)(4y^3/5)​ to mean:

3x + 5     4y^(3/5)       (3x + 5)(4)

* =

    y^6             1               y^(6-3/5)

if this is not what you expected, repost your question using parentheses to indicate whether you meant

4y^3

    or   4y^(3/5)

    5

i dont know nkw

step-by-step explanation:

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40 minutes

step-by-step explanation:

add the time and multiply by 2

this is answer of 144 cubic meters