by the spherical mirror equation. Express your answer in centimeters to three significant figures. All of the quantities in the above equations can take both positive and negative values. Positive distances TU correspond to real images or objects, while negative distances correspond to virtual images or objects. Positive Be heights correspond to upright images or objects, while negative heights correspond to inverted images or objects. The following table summarizes this information: convex mirror cm positive negative - du Real Virtua di Real Virtual Submit Previous Anewere Request Answer ho Upright Inverted hy Upright Inverted * Incorrect; Try Again; 4 attempts remaining Focal length can also take positive and negative values. Positive f corresponds to a concave mirror shown in ( Figure 1), while negative f corresponds to a convex mirror shown in (Figure 2). Part G While it is possible for do or hy to be negative, this can happen only in situations with multiple mirrors or mirrors Now use the spherical mirror equation to find the image distance d, and lenses. In this problem, you will consider only a single mirror, so do or ho will be positive. Express your answer in centimeters, as a fraction or to three significant figures. You will consider 3 types of mirrors. In all cases, An object 6.00 centimeters tall is placed along the axis Be of the mirror, 45.0 centimeters from the mirror. cm convex mirror Figure Submit Previous Anewere Request Answer REAL focal point CONCAVE Mirror Positive focal length f * Incorrect; Try Again; 5 attempts remaining R is the radius of curvature Mirror Equation Part H Magnification Equation Find the magnification m. using do and da