Obtain the focal length of the lens

Assignment Help Physics

Reference no: EM13322419

The front, convex, surface of a lens made for eyeglasses has a radius of curvature of 12.4cm, and the back, concave, surface has a radious of curvature of 6.90cm. the index of refraction of the plastic lens material is 1.67

Part A Calculate the focal length of the lens.

Reference no: EM13322419

Questions Cloud

Find the magnification and the height of the image on film : A person 1.7 m tall is standing 2.50m in front of a camera. Find the magnification and the height of the image on the film

Design the logic that merges the two files : Design the logic that merges the two files to produce one combined name-and-address file, which the office staff can use for addressing mailings of the practice's monthly Healthy Lifestyles newsletter.

Corporate governance : Corporate governance, and agency relationships, conflicts, and costs?

Depict a newman projection : Draw a Newman projection of the most stable conformation of (2R, 3S)-dibromobutane sighting down the C2-C3 bond.

Obtain the focal length of the lens : The front, convex, surface of a lens made for eyeglasses has a radius of curvature of 12.4cm, and the back, concave, Calculate the focal length of the lens

Write program that librarian use to enter a book checkout : Write your class, using your class write a program that a librarian can use to enter a book checkout, remove a checkout when a book is returned, or prints out all the books on loan. check outs should be stored in a list.

Explain the presence of high concentration of chloride ion : The addition of bromine to ethene in the presence of high concentration of chloride ion in an inert solvent results in the formation of 1,2-dibromoethane and 1-bromo-2-chloroethane. No 1,2-dichloroethane is obtained

Accounting for health care organizations : What are some ways in which accounting for health care organizations (HCOs), especially not-for-profit (NFP) ones, tend to differ from accounting in other industries?

Explain that the solution at 35 degrees c saturated : An unknown amount of KCl was added to 250 mL of water @ 35 degrees C and formed a clear solution. The temperature was lowered to 25 degrees C, and the solution remained clear. Was the solution at 35 degrees C saturated

User Account

All Pages