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1.a. Calculate the surface charge density of a spherical electrode (such as e.g. a mercury drop) of radius 2mm and a surface potential of 25mV,
1.a. Calculate the surface charge density of a spherical electrode (such as e.g. a mercury drop) of radius 2mm and a surface potential of 25mV, which is immersed in an aqueous solution of 0.01MCaCl at room temperature. Assume no Stern layers are being formed. b. What is the surface charge density of a flat electrode under the same conditions
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