Dielectric is an insulator; thus, it can get polarized. The dielectric influences the charging process. Note that since =(k) (8.56x10 -12 24:. ) , then the higher the c?????? K, the higher the electric permittivity of the space between the plates is. m???? Insert different dielectrics of increasing permittivity between the plates and charge the capacitor with 1.5 V battery. Observe the change of capacitance. Complete the senesce: If the dielectric constant of the material increases, then the capacitance Formulating an algebraic expression for capacitance calculations in the function of its design Combine the effects of all three parameters, separation, area, and the dielectric constant, to formulate the algebraic expression for calculating capacitor capacitance based on its design. C = Note that the higher permittivity, the higher the capacitance