Calculate the distance between the image and the second lens

Reference no: EM13522269

A 1.5-cm--tall object is 28cm to the left of a lens with a focal length of 14cm . A second lens with a focal length of -6cm is 41cm to the right of the first lens.

Calculate the distance between the image and the second lens.

in (cm)

Calculate the image height.

in (cm)

Reference no: EM13522269

Questions Cloud

Prepare quarterly budgets sales : Prepare the budgets for the year. Show data for each product. You do not need to prepare quarterly budgets sales

Discuss whether a successful market economy : Discuss whether a successful market economy can develop in a non-democratic authoritarian political system. Provide examples.

Explain what is the mole fration of heptane in vapour : the vapour pressure of heptane is 0.121 atm and vapour pressures of octane is o.o41atm. What is the total vapour pressure of the solution. What is the mole fration of heptane in vapour above this solution

What is the radius of the droplet : An oil droplet with 15.0 excess electrons is observed between two parallel electrodes spaced 14.0mm apart. What is the radius of the droplet

Calculate the distance between the image and the second lens : A 1.5-cm--tall object is 28cm to the left of a lens with a focal length of 14cm. Calculate the distance between the image and the second lens

Should navinow account for the contingent payments : Should NaviNow account for the contingent payments promised to the former owners of Traffic Eye as consideration transferred in the acquisition or as compensation expense to employees?

Explain solution a is twice as concentrated as solution b : Solution A is twice as concentrated as solution B but has a smaller absorbance value. Both solutions abosrb maximally at wavelength =585 nm. Give a through explanation for this observation.

Find the work generated by this engine during one cycle : A Carnot engine has 40 g of helium gas as its working substance. It operates between two reservoirs of temperatures T1 = 400°C and T2 = 60°C. find the work generated by this engine during one cycle

Outstanding common stock of renn corp : Renn's inprocess research and development was estimated to have a fair value of $200,000.

User Account

All Pages