Refer to the picture

F : focal length What is the focal length of a concave mirror whose formed image is found 15 can in Front of the mirror when the object is located 10 cm away from the mirror. f = ? do $ 10cm dis 15 cm front = ( + ) image back : ( - ) 1 distance F F = x 0.17 106m 15 cm 45.884 f: 6 cm ho What is the height of the di da Image when a 75 mm doject hi =? dir was placed 120 mm away from a convex mirror ho: 75 mm and formed an image do : 128 mm whose distance is 25 mm away from the back of the mirror. hi = ul hox di =61 /75 mm x -25mm do 120 MM hi = 15. 63 mm d ( + ) = real his ho : magnified d ( - ) = virtual hikho : reduced type hi = ho = same size hi (+ ) = upright hi (- ) = inverted hi size 75mm 15.43 mm = reduced = orientation = upright :2of3 Based on the previous problem, create a ray-tracing diagram of the situation. You may illustrate your answer on a piece of paper or digitally then attach a photo of it on the given field. 0 / 200 Word Limit -object concave convex size : reduced orientation : Inverted type : real orientation: Inverted size : enlarge type : real law of reflection type : virtual sine : magnified orientation : upright Convex type : virtual size : reduced orientation : Upright / f do what is the focal length of a concave mirror at which do = 10 cm when an object is placed d; = 12 cm 10 am away from the mirror f : ? produces an image 12 can in front of the mirror . front ( + ) back + 12 can f : 5. 96 em f 10 ama -hi - ho what is the height of di do the image if a fem object hi =? is placed 5 cm away from ho: four a convex mirror forming do : 5cm an image 2 cm away at di -zam the back of the mirror ? ho hishox di - di do hi = ( 7em x - 20mm) 5cm ho 2.4 com hi : (+ ) upright size : reduced ( - ) inverted orientation : uprathBased on what you have answered in the two previous questions, what will be the properties of the reflected hnage? Choose what will be the description of the available options for each property that corresponds to your answer. Image Type Image Size Image Orientation A A A V V V can lave size : reduced orientation = inverted type : real -type : real inverter orientation : upright sre : magnified type : virtual orientation - upright size = magnified F C convex + type : virtual orientation : upright Sme = reduced Focal length . hiegth 9 distance -hi ho do di di do Magnification M = hi di ho dof do f = focal length What is the focal length of the convex mirror if the object is placed 1.2 m away and formed an Image 0.5 m away from the back of the mirron. do : 12 m 1.2 m * back ( - ) f : ? 4 - 1.2 mm - 0.5m Cancave type : Real onentation : In verde size : Reduced type : real onentation : In youred size : magnified ( onvex type : Virtual Onentation : Upright Size : Reduced Heigth 7 distance chi . ho what is the hergth of di do the image of a 10 cm Lom object is placed 5 cm A Floam away from a concave mirror and formed an Image found fem away from the front of the minor? hi = ? reat di= fem ho - Ghi= hox di do ( 10cm x 7 cm hil = - 14 em inverted 10 cm 14 6 ba hi = ( - ) inverted magnified ( + ) upright10f3 A 7cm object was placed 40cm away from a concave mirror with a focal length of 25cm. What would be the height and distance of the reflected image? Present your answer with a solution by typing it in the field below or by attaching a photo of your calculations to supplement your answer. 0 / 200 Word Limit