ho { * f D}h f Object distance: 0 = XL - Xo = 100 -20 = 80 cm f= 20 cm, o >2f "camera" Image distance: i = Xi - XL= 126.

[answerhappygod]

Ho F D H F Object Distance 0 Xl Xo 100 20 80 Cm F 20 Cm O 2f Camera Image Distance I Xi Xl 126 1 (38.26 KiB) Viewed 28 times

Ho F D H F Object Distance 0 Xl Xo 100 20 80 Cm F 20 Cm O 2f Camera Image Distance I Xi Xl 126 2 (38.26 KiB) Viewed 28 times

Ho F D H F Object Distance 0 Xl Xo 100 20 80 Cm F 20 Cm O 2f Camera Image Distance I Xi Xl 126 3 (36.87 KiB) Viewed 28 times

Ho F D H F Object Distance 0 Xl Xo 100 20 80 Cm F 20 Cm O 2f Camera Image Distance I Xi Xl 126 4 (29.18 KiB) Viewed 28 times

ho { * f D}h f Object distance: 0 = XL - Xo = 100 -20 = 80 cm f= 20 cm, o >2f "camera" Image distance: i = Xi - XL= 126.45-100 = 26.45 cm Magnification from hi M2 = -1.4/4= -0.35 no -i Magnification from M = -26.45/80 = -0.33 o
i- no {l * f 0 * 1} f Object distance: 0 = XL - Xo = 100 -60 = 40 cm f= 20 cm, o = 2f "copy machine" Image distance: i = Xi - XL= 140 -100 = 40 cm Magnification from h; M2 = = -4/4 = -1 he Magnification from - i M = -40/40 = -1 o
Object distance: 0 = XL - Xo = 100 -74.5 = 25.5 cm f= 20 cm, o > 2f "camera" Image distance: i = Xi - XL= 197.9-100 = 97.9 cm Magnification from M, 7 = -16/4 = -4 h h. -i Magnification from M = = -97.9/25.5 = -3.8 0