An achromatic doublet of focal length 25 cm is to be made by placing a convex...
Fantastic news! We've Found the answer you've been seeking!
Question:
Transcribed Image Text:
An achromatic doublet of focal length 25 cm is to be made by placing a convex lens of borosilicate crown glass in contact with a diverging lens of dense flint glass. Assuming n₁ = 1.61864, n = 1.62468, n =1-71426 and n =1-72906, calculate the focal length of each lens. Here, the unprimed and the primed quantities refer to the borosilicate crown glass and dense flint glass respectively. 15 An achromatic doublet of focal length 25 cm is to be made by placing a convex lens of borosilicate crown glass in contact with a diverging lens of dense flint glass. Assuming n₁ = 1.61864, n = 1.62468, n =1-71426 and n =1-72906, calculate the focal length of each lens. Here, the unprimed and the primed quantities refer to the borosilicate crown glass and dense flint glass respectively. 15
Expert Answer:
Answer rating: 100% (QA)
In the given problem we are asked to calculate the focal lengths of two lenses in an achromatic doublet one made of borosilicate crown glass and the o... View the full answer
Related Book For
Posted Date:
Students also viewed these physics questions
-
The following stem-and-leaf plot gives the number of juniors who took a driver education course at Guy Patterson High School over the last two decades. Construct a box-and-whisker plot based on the...
-
A symmetric double convex lens with a focal length of 25.0cm is to be made from glass with an index of refraction of 1.52. What should be the radius of curvature for each surface?
-
Ski Aus is a company that makes fashionable, high performance and expensive ski clothing (ski wear). Ski Aus has traditionally segmented the market by clothing type (e.g., ski pants, ski jackets,...
-
Record the following transaction in the transaction analysis chart: Sue Prazier bought a new piece of computer equipment for $22,000, paying $5,000 down and charging the rest.
-
On August 31, 2018, Betsy Totten borrowed $1,000 from Iowa State Bank. Totten signed a note payable, promising to pay the bank principal plus interest on August 31, 2019. The interest rate on the...
-
What was China's one-child policy and was it successful?
-
Cost data for Bedford Manufacturing company for the month ending May 31, 2012, as follows: a. Prepare a cost of goods manufactured statement for May 2012. b. Determine the cost of goods sold for...
-
Selected data (in thousands) derived from the income statement and balance sheet of Cardinas Corp. for a recent year are as follows: Income statement data: Net income Gain on disposal of property...
-
Conduct a Pareto analysis for the number of minutes that flights are late in the accompanying data. Interpret the results. E Click the icon to view the Atlanta Airline Data. Conduct a Pareto analysis...
-
Suppose your sample melts before you are ready to record the melting point. Should you a ) cool the capillary and redetermine the mp or b ) begin with a fresh sample? Explain.
-
How are the amplitude, frequency, and phase of a steady-state vibration related to those of the applied harmonic force for an undamped system?
-
Why is damping considered only in the neighborhood of resonance in most cases?
-
The amplitude of an underdamped system subject to an initial displacement \(x_{0}\) and initial velocity 0 is given by: a. \(x_{0}\) b. \(2 x_{0}\) c. \(x_{0} \omega_{n}\)
-
How is decibel defined?
-
How do you find the response of a viscously damped system under rotating unbalance?
-
CV = compensating variation EV= equivalent variation CS= consumer surplus A maximizing consumer with preferences u = min (8X + Y, 2Y + 6X) spends 240 dollars at prices px = 20, py= 2. Next month px =...
-
Consider the sections of two circuits illustrated above. Select True or False for all statements.After connecting a and b to a battery, the voltage across R1 always equals the voltage across R2.Rcd...
-
Compute the half-wave voltage for a longitudinal Pockels cell made of ADA (ammonium dihydrogen arsenate) at 0 550 nm, where r 63 = 5.5 10 -12 and n o = 1.58.
-
Imagine that we have a wide quasimonochromatic source ( = 500 nm) consisting of a series of vertical, incoherent, infinitesimally narrow line sources, each separated by 500 m. This is used to...
-
Light of wavelength 600 nm in vacuum enters a block of glass where n g = 1.5. Compute its wavelength in the glass.What color would it appear to someone embedded in the glass (see Table 3.4)? Table...
-
Consider the following observations: a. Fit the nonlinear regression model \[ y=\theta_{1} e^{\theta_{2} x}+\varepsilon \] to these data. Discuss how you obtained the starting values. b. Test for...
-
Reconsider the regression models in Problem 12.6, parts a-e. Suppose the error terms in these models were multiplicative, not additive. Rework the problem under this new assumption regarding the...
-
For the models shown below, determine whether it is a linear model, an intrinsically linear model, or a nonlinear model. If the model is intrinsically linear, show how it can be linearized by a...
Study smarter with the SolutionInn App