In order to find the location of the final image of the objectformed by this sys

Question

In order to find the location of the final image of the objectformed by this system, you will need to trace the rays through thesystem, instrument by instrument. You are strongly advised to drawa picture with the x axis and the location of the lens,mirror, and object marked. Then, as you proceed through theproblem, you can mark where each image is located. a) First, find the location of the image created by the lensby itself (as if no other instruments were present). If you have more than one optical instrument, thetotal magnification is equal to the product of theindividual magnifications. Keep in mind that the image of onedevice becomes the object of the next. If the first device createsan image that is ten times the size of the object, and the secondcreates an image that is twenty times the size of the first image(which was its object), then the final image will be two hundredtimes the size of the original object. This makes sense because thesecond device magnifies further what was already magnified by thefirst device. To find the magnitude of the magnification of thefinal image, you will need to consider each instrument and find theindividual magnifications. In order to find the location of the final image of the objectformed by this system, you will need to trace the rays through thesystem, instrument by instrument. You are strongly advised to drawa picture with the x axis and the location of the lens,mirror, and object marked. Then, as you proceed through theproblem, you can mark where each image is located. First, find the location of the image created by the lensby itself (as if no other instruments were present). If you have more than one optical instrument, thetotal magnification is equal to the product of theindividual magnifications. Keep in mind that the image of onedevice becomes the object of the next. If the first device createsan image that is ten times the size of the object, and the secondcreates an image that is twenty times the size of the first image(which was its object), then the final image will be two hundredtimes the size of the original object. This makes sense because thesecond device magnifies further what was already magnified by thefirst device. To find the magnitude of the magnification of thefinal image, you will need to consider each instrument and find theindividual magnifications.

Explanation / Answer

i don't know how to solve it.

if you just need answeres than go to this page having almost same problem with answeres but no solutions

https://notendur.hi.is/eme1/skoli/edl_v06/mp/34/Understanding%20Multiple%20Optics.htm

Related Questions

Navigate

• Browse (All)
• Browse I
• Subjects

---

---

Integrity-first tutoring: explanations and feedback only — we do not complete graded work. Learn more.