What is the Peak Current When Discharging Static Electricity?

[Ryantruran]

Homework Statement

When a person shuffles across a dry carpet, their body can be modeled as a charge 100-pF capacitance with one end grounded. Then, if the person touches a grounded metallic object such as a water faucet, the capacitance is discharged and the person experiences a brief shock. Typically, the capacitance may be charged to 20,000 V and the resistance (mainly of one's finger) is 100Ω. Determine the peak current during the discharge and the time constant of the shock.

So,
C=100 pF
V=20,000 V
R= 100 Ω

Homework Equations

T=RC

The Attempt at a Solution

I already Found T=.01 μS
just stuck at the peak current during discharge

 

[gneill]

Well, when the "switch closes", so to speak, what initial voltage sees what resistance in its path on its way to ground?

 

[Ryantruran]

well, when the "switch closes", so to speak, what initial voltage sees what resistance in its path on its way to ground?

200 a ?

 

[gneill]

200 a ?

Make that 200 A (capital A for Amperes) and I'll agree

 

[Ryantruran]

I attempted three times to make it capital. not sure why it won't let me. Thanks for the help