lculate surface area.
(b) Calculate total capacitance presented by the cell membrane.
(c) cell membrane has a resistance of 10 MΩ. Calculate τ
(d) interior of the cell has an initial potential of Vi = 0 V, a potential of Vo = 100V is applied to the outside of the cell. Calculate how long it takes for the potential inside the cell to reach 50 V.
ol MGCI2, and 1 mol glucose. the synthetic cell's membrane has aquaporins but no other transport protein.
calculate the osmolarity of ICF and the osmolarity of ECF.
what will happen to this cell? why?
ol MGCI2, and 1 mol glucose. the synthetic cell's membrane has aquaporins but no other transport protein.
calculate the osmolarity of ICF and the osmolarity of ECF.
what will happen to this cell? why?