Kirchhoff's Law gives us the derivative equation $Q ^ { \prime } = 12 - 4 Q$ .
If $Q ( 0 ) = 0$ , use Euler's method with step size 0.1 to estimate $Q$ after 0.3 second.

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The Answer of Kirchhoff's Law gives us the derivative equation $Q ^ { \prime } = 12 - 4 Q$ .
If $Q ( 0 ) = 0$ , use Euler's method with step size 0.1 to estimate $Q$ after 0.3 second.

Kirchhoff's Law Gives Us the Derivative Equation Q′=12−4QQ ^ { \prime } = 12 - 4 QQ′=12−4Q

Kirchhoff's Law Gives Us the Derivative Equation $Q ^ { \prime } = 12 - 4 Q$