a) With respect to the circuit of Figure No.1 and 0.47 uF capacitor, find in the

Question

a) With respect to the circuit of Figure No.1 and 0.47 uF capacitor,

find in theory the frequency value which allow

the capacitor to charge and discharge in a semicycle.

This is half the period of the signal must be equal to 5 t.

The input signal is a square wave ranging

between 10 volts (peak value) and 0 volts (minimum value).

The frequency is _______ Hertz

b) Find the expression in time to Vc (t) = _____________

c) Knowing the time constant of the circuit find Vc (t) theoretical values given in Table No.1

d) With the same frequency calculated in point a) change the value of the capacitor to 0.1uF and based on the circuit of Figure No.1 find expression in time to Vc (t):

Vc (t) = ________________________

e) For this new value of the Capactior complete theoretical data in Table No.2.

Figure 1 Link http://tinypic.com/r/29cy8h/5

Table 1   

Charging Time

Vc

0.5 t  = ___ mS

1 t   = ___ mS

2 t   = ___ mS

3 t   = ___ mS

4 t   = ___ mS

5 t   = ___ mS

Table 2

Tiempo de Carga

Vc

0.5 t  = ___ mS

1 t   = ___ mS

2 t   = ___ mS

3 t   = ___ mS

4 t   = ___ mS

5 t   = ___ mS

Please provide step by step solution

  

Charging Time

     

Vc

     

0.5 t  = ___ mS

     

     

1 t   = ___ mS

     

     

2 t   = ___ mS

     

     

3 t   = ___ mS

     

     

4 t   = ___ mS

     

     

5 t   = ___ mS

     

  

Explanation / Answer

where is the figure??
post the question with proper image.......

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