![SOLVED: The object (a vertical arrow) is placed further away than the focal point of the converging lens. Draw three rays to form an image (Redraw the diagram above) Where is the SOLVED: The object (a vertical arrow) is placed further away than the focal point of the converging lens. Draw three rays to form an image (Redraw the diagram above) Where is the](https://cdn.numerade.com/ask_images/77871a57d8894a29a81f2e1d5808c3f1.jpg)
SOLVED: The object (a vertical arrow) is placed further away than the focal point of the converging lens. Draw three rays to form an image (Redraw the diagram above) Where is the
![A convex lens forms a virtual image of an object. The position of the object is between optical centre and focus. A convex lens forms a virtual image of an object. The position of the object is between optical centre and focus.](https://haygot.s3.amazonaws.com/questions/1134358_1015079_ans_0ea816b49a3a4e1d86441a3e4edf6f3f.png)
A convex lens forms a virtual image of an object. The position of the object is between optical centre and focus.
![Draw a ray diagram to show formation of a virtual image of an object by convex lens. Using this diagram, obtain the expression for the lens formula. Draw a ray diagram to show formation of a virtual image of an object by convex lens. Using this diagram, obtain the expression for the lens formula.](https://cdn.entrance360.com/media/uploads/2020/03/27/q18-101746_1.jpg)
Draw a ray diagram to show formation of a virtual image of an object by convex lens. Using this diagram, obtain the expression for the lens formula.
![A converging lens always forms a real image and a diverging lens always forms a virtual image. True False Construct a ray diagram to prove answer. | Homework.Study.com A converging lens always forms a real image and a diverging lens always forms a virtual image. True False Construct a ray diagram to prove answer. | Homework.Study.com](https://homework.study.com/cimages/multimages/16/dig-12867967420822640258.jpg)
A converging lens always forms a real image and a diverging lens always forms a virtual image. True False Construct a ray diagram to prove answer. | Homework.Study.com
![The principles of physics. The linear dimensions of an object and of its image formedby a convex lens are proportional to their respective distancesfrom the center of the lens. The image The principles of physics. The linear dimensions of an object and of its image formedby a convex lens are proportional to their respective distancesfrom the center of the lens. The image](https://c8.alamy.com/comp/2AFRJ5R/the-principles-of-physics-the-linear-dimensions-of-an-object-and-of-its-image-formedby-a-convex-lens-are-proportional-to-their-respective-distancesfrom-the-center-of-the-lens-the-image-is-virtual-or-real-erector-inverted-according-as-it-is-on-the-same-side-of-the-lenswith-the-object-or-on-the-opposite-side-virtual-images-365-325-virtual-images-since-rays-that-emanate-from-apoint-nearer-the-lens-than-the-principal-focus-diverge-afteregress-it-is-evident-that-their-focus-must-be-virtual-and-onthe-same-side-of-the-lens-as-the-object-hence-tie-image-ofan-object-placed-nearer-the-le-2AFRJ5R.jpg)