This research aims are to analyze the value of the electric charge, the value of the capacitor connected in series and paralel then the energy value stored in the capacitor based on the types of materials with determined a dielectric constant. The method used to examine each of these values based on the dielectric constant with mathematical calculations assisted by Microsoft Excel to produce the graph. The voltages used on this methode are 20, 40, 60, and 100. The analysis using quantitative analysis that utilizes data in the form of numbers presented through graphs. It has been studied based on the physical formulation of the value of an electric charge against the dielectric constant of glass, air, mica, paper and polystyrene. It was found that the results of mathematical calculations show that glass has a greater amount of charge compared to other materials. When assembled in series and paralel, it is found that the amount of charge on the capacitor connected in paralel is much greater than in series, the energy stored in the capacitor connected in paralel also has a greater value than the capacitor connected in series.