A capacitor of capacitance \[{{C}_{\text{1}}}=\text{ 1}\mu F\] can with stand maximum voltage \[{{V}_{\text{1}}}=\text{ 6}kV\left( kilo-volt \right)\] and another capacitor of capacitance \[{{C}_{\text{2}}}=\text{3}\mu F\] can withstand maximum voltage \[{{V}_{\text{2}}}=\text{ 4}kV\]. When the two capacitors are connected in series, the combined system can withstand a maximum voltage of [MP PET 2001]

A capacitor of capacitance \[{{C}_{\text{1}}}=\text{ 1}\mu F\] can wit

1.	A capacitor of capacitance \[{{C}_{\text{1}}}=\text{ 1}\mu F\] can with stand maximum voltage \[{{V}_{\text{1}}}=\text{ 6}kV\left( kilo-volt \right)\] and another capacitor of capacitance \[{{C}_{\text{2}}}=\text{3}\mu F\] can withstand maximum voltage \[{{V}_{\text{2}}}=\text{ 4}kV\]. When the two capacitors are connected in series, the combined system can withstand a maximum voltage of [MP PET 2001]
A.	\[4\,kV\]
B.	\[6\,kV\]
C.	\[8\,kV\]
D.	\[10\,kV\]
Answer» D. \[10\,kV\]