1. The most common lens is a spherical lens. Describe the shape of a spherical lens.
2. Explain why light rays converge when passing through a double convex lens by describing the paths of three light rays; one along the optic axis and the other two parallel to the optic axis.
3. What happens to the image if half a converging lens is covered? Explain why this occurs.
4. What are the conditions necessary to form a virtual image using a converging lens?
5. What type of lens is used in a magnifying glass? Explain how to use the magnifying glass properly to see the largest possible image. Where should your eye be located and where should the object be located?
1. The most common lens is a spherical lens. Describe the shape of a spherical lens....
2. Explain why light rays converge when passing through a double convex lens by describing the paths of three light rays; one along the optic axis and the other two parallel to the optic axis. 3. What happens to the image if half a converging lens is covered? Explain why this occurs. 4. What are the conditions necessary to form a virtual image using a converging lens? 5. What type of lens is used in a magnifying glass? Explain how...
3. What happens to the image if half a converging lens is covered? Explain why this occurs. 4. What are the conditions necessary to form a virtual image using a converging lens? 5. What type of lens is used in a magnifying glass? Explain how to use the magnifying glass properly to see the largest possible image. Where should your eye be located and where should the object be located?
4. What are the conditions necessary to form a virtual image using a converging lens? 5. What type of lens is used in a magnifying glass? Explain how to use the magnifying glass properly to see the largest possible image. Where should your eye be located and where should the object be located?
1. The distance from the center of a lens to the location where parallel rays converge or appear to converge is called the length. convergence O meeting O focal O None of the above 2. When incoming rays are the focal point and the image point are the same. O parallel O from a nearby object O passing through the near side focal point O None of the above 3. A(n) image will not appear on a screen placed at...
HOLT PHYSICS MODULE 15 Refraction Fill each blank below with the word or phrase that completes the statement. 1. A focuses to a point light rays passing through it. The focusing effect is the result of Light waves are refracted when they pass from one medium to another because their 2. changes. 3-The normal line is an imaginary line- of to the two mediums. Light waves are bent away from the normal or toward it depending on whether the speed...
AAAAAAAAAAAMAMAMAAAAAAAAAAANANAAAN Name and ID General Physies 2 Final Date: 5/10/2018 A. İris C. cornea B. lens D. retina 36. In a farsighted eye the light rays reach the retina. they converge to forms an image and a lens is needed to fix the problem A. before, converging C. after, converging B before, diverging D. after, diverging lens is needed to correct it. 37, In a nearsighted eye the light rays A. before, converging C. after, converging they reach retina and...
1. Categorize each statement as relating to a converging lens, a diverging lens, or both. :: Bends light away from optical axis :: Bends light toward optical axis :: Concave :: Convex :: Inverted image :: Real image :: Upright image :: Virtual image Converging lens Diverging Lens Both converging and diverging
I just need the answer and explanation for
d, thanks
29. A lens with f = 4cm is used as a magnifying glass as shown below to image a small object of height 0.5 cm. The magnifying lens is being used by a person whose vision near point is 25 cm. The vision near point is the closest point the person can focus his eyes on a object without using a magnifying glass. (a) The object is initially 2.4cm from...
A thin converging lens of focal length 21 cm is located at the origin and its axis lies on the x axis. A point source of red light is placed at location (-33, 1, 0) cm. Where is the location of the image of the source? (Express your answer in vector form.) P = (-57.7,1.75,0) * cm Is it a real or a virtual image? It helps to draw a diagram and trace the "easy" rays. O real virtual
A convex lens is a transparent instrument that uses refraction to bend and focus light from an object, forming a sharp image. We'll first investigate how the lens produces an image from a point source of light (a lamp). Select Screen at upper right, which makes the object a lamp and gives a black screen that can be dragged around. Select Many rays at upper left to see how the lens bends some of the rays of light from the...