Show that a right circular cone of least curved surface and given volume has an altitude equal `sqrt(2)` to times the radius of the base.

Show that the right circular cone of least curved surface area and given volume has an altitude equal to sqrt(2) times the radius of the base.

Show that the right-circular cone of least curved surface and given volume has an altitude equal to sqrt(2) times the radius of the base.

Show that the right circular cone of least curved surface and given volume has an altitude equal to sqrt2 times the radius of the base.

Show that the right circular cone of least curved surface and given volume has an altitude equal to sqrt2 times the radius of the base.

Show that right circular cone of least curved surface and given volume has an altitude equal to sqrt2 times the radius of the base.

Show that the right circular cone of least curved surface and given volume has an altitude equal to sqrt(2) time the radius of the base.

Show that the right circular cone of least curved surface and given volume has an altitude equal to sqrt(2) time the radius of the base.

Show that the right circular cone of least curved surface and given volume has an altitude equal to sqrt2 time the radius of the base.

Show that the right circular cone of least curved surface and given volume has an altitude equal to sqrt(2) time the radius of the base.

Show that a right circular cone of least curved surface and given volume has an altitude equal sqrt(2) to xx the radius of the base.