Plz solve all parts or leave it hanging. A converging lens has a focal length of 12.0 cm. Locate the images for the following object distances, if they exist. Find the magnification. (Enter 0 in the q and M fields if no image exists.)(a) 12.0 cm9 = 12M=Select all that apply to part (a).realvirtualuprightinvertedno image(b) 1.41 cmg=M=x cm(c) 60.0 cmq=M=cmSelect all that apply to part (b).realvirtualuprightinvertedno imagecmSelect all that apply to part (c).realvirtualuprightinvertedno image

part a For a converging lens, the relationship between the object distance (u), image distance…

erging lens has a rocal ler (a) 12.0 cm 9 = 12 M= Select all that apply to part (a). real virtual upright inverted no image (b) 1.41 cm q= M= (c) q= M= x cm Select all that apply to part (b). real virtual upright inverted no image. 60.0 cm cm no image cm Select all that apply to part (c). real virtual upright ✔ inverted the images for the object distances, distances, if they exist. Find the the magnification. (Enter and fields it no image exIST exists. the 9 and q

erging lens has a rocal ler (a) 12.0 cm 9 = 12 M= Select all that apply to part (a). real virtual upright inverted no image (b) 1.41 cm q= M= (c) q= M= x cm Select all that apply to part (b). real virtual upright inverted no image. 60.0 cm cm no image cm Select all that apply to part (c). real virtual upright ✔ inverted the images for the object distances, distances, if they exist. Find the the magnification. (Enter and fields it no image exIST exists. the 9 and q