Spherical capacitor calculator is a good calculator which help us to calculate the optimal parameters to design a spherical capacitor with a specific capacitance.

$$Inner\ sphere\ radius = 1\ Centimeter\ (cm)$$ $$Outer\ sphere\ radius = 2\ Centimeter\ (cm)$$

$$Capacitance=0.0022231\ Nanofarads\ (nF)$$

$$C = \frac {4 * π * ε \theta * εk} {\frac{1}{a} - \frac {1}{b}}$$
Where

C is the capacitance measured in farads (symbol: F);

ε0 is the vacuum permittivity - a constant value of 8.85 × 10^(−12) F/m (farads per meter);

εk is the relative permittivity. It is dimensionless;

a is the radius of the inner sphere;

b is the radius of the outer sphere.

The relative permittivity εk is a constant characteristic for a specific dielectric placed between the plates of the capacitor. In our spherical capacitor calculator, we assumed for simplicity that there is a vacuum between plates and therefore εk = 1.

Spherical capacitor calculator is a good calculator which help us to calculate the optimal parameters to design a spherical capacitor with a specific capacitance. In the most well-known equal plate capacitor, circular capacitors comprise of two concentric round directing shells isolated by dielectric.

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A capacitor is one of the fundamental components of the electrical circuit which can store and delivery electric charge. Capacitors are broadly utilized in numerous electronic gadgets to play out an assortment of undertakings, for example, smoothing, separating, or bypassing an electrical sign. The development of the capacitor is direct - they generally comprise of two isolated plates.

To decide the measure of electric charge that can be put away by a capacitor we utilize an amount called capacitance. The more electric charge capacitor can hold, the higher is capacitance. To additionally improve capacitance we can occupy the space between plates with some nonconducting dielectric medium.

This tool is really very simple to use and you just have to follow very simple steps to use this tool. This tool is free and web based tool and it makes this tool really nice that every one can use it.

As you can see in this tool you have two text boxes first one is Inner sphere radius and the second one Is outer sphere radios.

Now enter your equation value in these two text boxes and also double check your value in here so no need to worry about any thing.

After that you just have to click on the calculate button so that you can get the answer. This is all you have to do.

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A. A Capacitor Is One Of The Fundamental Components Of The Electrical Circuit Which Can Store And Delivery Electric Charge.