Geometric Test1 Pp4

Front 1

always inverted

Back 1

real image

Front 2

image only seems to be there

Back 2

virtual image

Front 3

are composed of alternating layers of a high and low refractive index film deposited on a substrate

Back 3

dielectric mirrors

Front 4

forms virtual image have exact focus using telescopes backyard satellite dishes

Back 4

parabolic mirrors

Front 5

silvered surface of the mirror on the inner side of the curve

Back 5

concave spherical mirror

Front 6

silver surface of the mirror on the outer side of the car

Back 6

convex spherical mirror

Front 7

real upside down further from mirror than object

Back 7

concave mirrors between the center of curvature and the focal point

Front 8

virtual rightside up farther from mirror than object

Back 8

concave mirror between the surface and the focal point

Front 9

virtual rightside up closer to the mirror then the object

Back 9

convex mirrors

Front 10

main part of the mirror surface is flatbbut it curves away towards the outer edge

Back 10

a spherical mirrors

Front 11

solid glass objects that are ground and polished into geometrical and optically shapes

Back 11

prisms

Front 12

three purposes of prisms serves

Back 12

dispersive element a beam splitter and a polarizing device

Front 13

what is a convenient geometry illustrate dispersion in the use of the angle of minimum deviation provides a good way to measure the index of refraction of a material

Back 13

a refracting prism

Front 14

prisms are typically characterized by their

Back 14

angle of minimum deviation

Front 15

what type of prisms are constant deviation 90 degrees dispersing prisms

Back 15

pellin broca prisms PBP

Front 16

use in applications that require separate the incident light into its component Wavelengths

Back 16

dispersion prisms

Front 17

dispersion prisms are ideal for

Back 17

spectroscopy or laser tuning

Front 18

used for erecting or otherwise changing the orientation of an image to make use of total internal reflection inside of refraction

Back 18

reflecting prisms

Front 19

myopia also known as

Back 19

nearsightedness

Front 20

occurs if the eyeball is too long or the cornea the clear front cover of I has too much curvature

Back 20

nearsightedness

Front 21

to regain clear vision from nearsightedness

Back 21

i glasses contact lenses oethokeratolgy, laser or other refractive surgery procedures, vision therapy for persons with stress-related nearsightedness

Front 22

hyperopia medically termed for

Back 22

farsightedness

Front 23

eyeball is too short or the cornea has two little curvature

Back 23

farsightedness

Front 24

vision condition that causes blurred vision do either to irregular shape of the cornea the clear front cover of the eye or sometimes the curvature of the lens inside the eye

Back 24

astigmatism

Front 25

an irregular shaped cornea or lens prevents light from focusing properly on the

Back 25

retina

Front 26

a magnifying glass is a

Back 26

biconvex lens

Front 27

magnification number is less than one refers to a

Back 27

reduction in size sometimes called minication or demagnification

Front 28

was designed to provide greater magnification

Back 28

compound microscope

Front 29

gathers and focuses light mainly from the visible part of the electromagnetic spectrum to create a magnified image for direct view or to make a photo graph or to collect data through electronic image sensors

Back 29

optical telescope

Front 30

lens focuses light onto the focal plane

Back 30

refracting telescope

Front 31

concave mirror focuses light onto the focal plane almost all modern telescopes are

Back 31

reflecting telescopes

Front 32

used flat diagonal secondary mirror to deflect light outside of tube

Back 32

Newtonian

Front 33

used convex secondary mirror to reflect light back through hole in primary

Back 33

cassegrain

Front 34

a technique used to analyze an optical system made of two or more lenses

Back 34

image relay