See Fig. 1255. L=1 Henry, R=0.70 Ohms, C=1/42 Farads, VB=10 Volts. Determine the

Question

 See Fig. 1255. 

  L=1 Henry, R=0.70 Ohms, C=1/42 Farads, VB=10 Volts.   Determine the voltage across the capacitor after the switch closes.   All voltages and current are zero initially.  The initial rate of voltage   change across the capacitor is zero.  The final capacitor voltage is VB. 

   Graph the response for about four time constants 

 Find G,H,K,f & w in the equation showen. 

 I got f = 0.35 , w = 6.471 and k=10 they are correct!

 so find G & H 

 please show your work 

 Fig. link 

  http://tech2.buffalostate.edu/public_html/classes/300/figs/fig300_1255_1256.png

L=1 Henry, R=0.70 Ohms, C=1/42 Farads, VB=10 Volts. Determine the voltage across the capacitor after the switch closes. All voltages and current are zero initially. The initial rate of voltage change across the capacitor is zero. The final capacitor voltage is VB. Graph the response for about four time constants Find G,H,K,f & w in the equation showen.I got f = 0.35, w = 6.471 and k=10 they are correct! so find G & H please show your work

Explanation / Answer

just after the switch closes the potential across the vcapacitor is zero,

no current passes and the potential across the inductor = VB= 10 V

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