With the capacitor, you are required to, Calculate charge stored and energy stored by the capacitor when p.d of 35V is applied across it. Identify the maximum charge which may safely be stored by the capacitor. Suggest why the maximum voltage to be used is marked on a capacitor. Now, instead of one capacitor, you are given several of the same capacitors. Co

With the capacitor, you are required to, Calculate charge stored and energy stored by the capacitor when p.d of 35V is applied across it. Identify the maximum charge which may safely be stored by the capacitor. Suggest why the maximum voltage to be used is marked on a capacitor. Now, instead of one capacitor, you are given several of the same capacitors. Co

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Question

Figure 1 shows a capacitor

With the capacitor, you are required to,

Calculate charge stored and energy stored by the capacitor when p.d of 35V is applied across it.

Identify the maximum charge which may safely be stored by the capacitor.

Suggest why the maximum voltage to be used is marked on a capacitor.

Now, instead of one capacitor, you are given several of the same capacitors. Construct a circuit diagram to show how you would connect a suitable number of these capacitors in order to obtain a capacitance of 453µF.

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