If foci of an ellipse are (0, ±3) and length of semimajor axis is 5 units, then find the equation of ellipse.

\((\frac{x}{5})^2+(\frac{y}{4})^2\)=1

\((\frac{x}{4})^2+(\frac{y}{5})^2\)=1

\((\frac{x}{5})^2+(\frac{y}{4})^2\)=1

\((\frac{x}{10})^2+(\frac{y}{8})^2\)=1

\((\frac{x}{8})^2+(\frac{y}{10})^2\)=1

If foci of an ellipse are (0, ±3) and length of semimajor axis is 5

1.	If foci of an ellipse are (0, ±3) and length of semimajor axis is 5 units, then find the equation of ellipse.
A.	\((\frac{x}{4})^2+(\frac{y}{5})^2\)=1
B.	\((\frac{x}{5})^2+(\frac{y}{4})^2\)=1
C.	\((\frac{x}{10})^2+(\frac{y}{8})^2\)=1
D.	\((\frac{x}{8})^2+(\frac{y}{10})^2\)=1
Answer» B. \((\frac{x}{5})^2+(\frac{y}{4})^2\)=1

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