Calculate the position of the image from the first lens

Reference no: EM13337718

Consider a two lens system, where f1=5 cm f2=-4 cm The distance between the lenses is 15 cm. And a 5 cm high bject is at 2 cm.

1) calculate the position of the image from the first lens?

2) caculate the postion of the image for the second lens?

3) whats the total magnification?

Reference no: EM13337718

Questions Cloud

Find initial and final elastic potential energies : Consider a 2.4 kg object sliding along a horizontal frictionless surface at 5.2 m/s. Find initial and final elastic potential energies

How many shares of common stock are outstanding : How many shares of common stock are outstanding and assuming that all shares were sold at the same price, what was the original selling price per share?

Affect the demand for textbooks : Students find ways around buying the textbook for some classes. For example, some students read the textbooks on reserve at their school's library. How does the number of textbooks available at the school library affect the demand for textbooks?

What sorts of materials might be harvested from e-waste : Many well-meaning individuals thought that recycling was the answer to the e-waste problem. But why hasn’t e-waste recycling yielded the results hoped for?

Calculate the position of the image from the first lens : Consider a two lens system, where f1=5 cm f2=-4 cm The distance between the lenses is 15 cm. calculate the position of the image from the first lens

Prepare journal entries to record the previous transactions : Made final cash disbursements to the partners based on the assumption that all partners other than Savannah are personally solvent - Prepare journal entries to record these liquidation transactions

How many lines per millimeter does this grating have : A lab technician uses laser light with a wavelength of 640 nm to test a diffraction grating. How many lines per millimeter does this grating have

Business law individual assignment september 2012 : Business Law Individual Assignment September 2012

Find the kinetic energy at the top of the hill : A child and sled with a combined mass of 48 kg slide down a snow-covered (and frictionless) hill. Find the kinetic energy at the top of the hill

User Account

All Pages