Question 7 Not yet a nswe re d Marked out of 2.00 '1" Flag question A 5.0 cm tall object is placed 10.0 cm away from a flat mirror. Draw a ray diagram showing how light from the object will interact with the mirror. Also, predict whether the image will be virtualfreal, uprightfinverted, and predict the magnification. You MUST upload a scanned picture of your ray diagram to receive any credit for your answer. Paragraph v B 1" 55 135 g (3 {Er-'7 E The image will be (choose real orvirtuai}: The image orientation will be (choose upright or inverted]: The image magnification will be (choose larger, smaller, same size}: Pa'i: p n span Question 8 ix of y at answere d Marked out of ACID '3 Fag que stion An object is placed at distance = do away from the surface of a concave mirror. The distance, d0, is 1.?5 times the focal iength of the mirror. Draw and then upload a ray diagram for this scenario. (1 mark for the ray-diagram) CALCULATE the image's location. Since the focallength is not known, express your image distance as a multiple of the focal length. For example, if the image forms halfway between the mirror and the focal point, you would answer d; : (0.5)f If the image forms exactly at the focal point, you would answer di 2 (1.0)f FINALLY, calculate the image's magnification. You must provide a numerical value for the magnification. The sign of your magnification value must correctly predict the image's orientation {upright or virtual). Upload all drawings, and show all work done to find your answers. in Paragraph ' l3: 55 ii a i {ll E The image distance is: The image magnification is