During a lightning storm, a lighning bolt strikes a tractor in a field.

Click on units for help with units.

for the entire strike.

$Q=$

$($B$)$ If the lightning bolt deposits a charge of $460mC$ and the strike lasts the same length of time as in part $($A$),$ what was the average current in the lightning bolt?

$I=$

$($C$)$ If it takes $20sec$ for the charge from part $($A$)$ to drain away from the tractor, what is the average current flowing out of the tractor.

$I=$

$($D$)$ If the charge drains at a rate of $5\mathrm{.}49mA$ how long does it take for an initial charge of $0\mathrm{.}258C$ to drain away?

$t=$During a lightning storm, a lighning bolt strikes a tractor in a field.

Click on units for help with units.

for the entire strike.

$Q=$

$($B$)$ If the lightning bolt deposits a charge of $460mC$ and the strike lasts the same length of time as in part $($A$),$ what was the average current in the lightning bolt?

$I=$

$($C$)$ If it takes $20sec$ for the charge from part $($A$)$ to drain away from the tractor, what is the arerage current fowing out of the tractor.

$I=$

$($D$)$ If the charge drains at a rate of $5\mathrm{.}49mA$ how long does it take for an initial chatge of $0\mathrm{.}258C$ to drain awray?

$t=$