G=1uF G-3F V=12 Volt The circuit shown in the figure is connected to the ends of...

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G=1uF G-3µF V=12 Volt The circuit shown in the figure is connected to the ends of the battery. a) Find the equivalent capacitance and equivalent load of the circuit. b) 1. Find the load þn the capacitor c) What is the area of each plate since the plates with the air between the condenser 4.0 are 4.0 mm apart? d) The surface area of the plates used in the capacitor C4, which is filled with different dielectrics, is 2 times larger than those in the capacitor C1. According to this, what is the dielectric substance constant used? G=1uF G-3µF V=12 Volt The circuit shown in the figure is connected to the ends of the battery. a) Find the equivalent capacitance and equivalent load of the circuit. b) 1. Find the load þn the capacitor c) What is the area of each plate since the plates with the air between the condenser 4.0 are 4.0 mm apart? d) The surface area of the plates used in the capacitor C4, which is filled with different dielectrics, is 2 times larger than those in the capacitor C1. According to this, what is the dielectric substance constant used?