The current source $i(t)$ waveform is shown below the circuit.

$1$

a$.$ How much total charge passes through the $6$ resistor between $t=0$ and $t=1$ seconds?

${\displaystyle \underset{0}{\overset{1}{}}}2\mathrm{.}25tdt$

$=1,125$ coulombs

$i(1)=3$

$(\frac{1}{12}+\frac{1}{6}{)}^{-1}+4=$Rea

Req$=8*2$

$v=8i(t)$

$3(\frac{6}{8})=2$ thoush $G$

&b$.$ Calculate $P_s(t),$ where $P_s$ is the power supplied by the current source.

$P=IV$

$=3At*24t$

$P=72u^2$

$v=3(8)$

IReq

$v=24$