Students are solving for I(t), not V(t)

Author: paulvojta

OpenProblemLibrary/WHFreeman/Rogawski_Calculus_Early_Transcendentals_Second_Edition/9_Introduction_to_Differential_Equations/9.5_First-Order_Linear_Equations/9.5.35.pg

@@ -48,7 +48,7 @@ Consider a series circuit consisting of a resistor of \(R\) ohms, an inductor of
 
 Find the solution to this equation with the initial condition \( I(0) = 0 \), assuming that \( R = $R \, \Omega \), \( L = $L \) H, and \( V(t) \) is constant with \( V(t) = $V \) V.
 $PAR
-\( V(t) = \) \{ans_rule()\}
+\( I(t) = \) \{ans_rule()\}
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