Consider a c-Si solar cell whose fingers have a resistance $R=0.1\Omega$. What would be the finger's resistance (in $\Omega$) if the finger's width is doubled and the finger's height is one third of its initial value?

Question

Consider a c-Si solar cell whose fingers have a resistance \(R=0.1\Omega\). What would be the finger's resistance (in \(\Omega\)) if the finger's width is doubled and the finger's height is one third of its initial value?