An upright object is placed along the principal axis of a concave spherical mirror of focal length \(f\) at three different distances: Location 1 at \(d_o = 3f\), Location 2 at \(d_o = 1.5f\), and Location 3 at \(d_o = 0.5f\).

	Location 1 (\(d_o = 3f\))	Location 2 (\(d_o = 1.5f\))	Location 3 (\(d_o = 0.5f\))
Row A	Real, inverted, \(|M| < 1\)	Real, upright, \(|M| > 1\)	Virtual, upright, \(|M| > 1\)
Row B	Real, upright, \(|M| < 1\)	Real, upright, \(|M| > 1\)	Virtual, inverted, \(|M| > 1\)
Row C	Real, inverted, \(|M| < 1\)	Real, inverted, \(|M| > 1\)	Virtual, upright, \(|M| > 1\)
Row D	Real, inverted, \(|M| > 1\)	Real, inverted, \(|M| < 1\)	Virtual, upright, \(|M| < 1\)

Which row in the table correctly identifies the image type, orientation, and magnification magnitude \(|M|\) for each object location?