5. A barrier is between a light source and a mirror as shown in the diagram...
Three observers (A, B, and C) stand in front of a plane mirror, as shown in the top view diagram below right. a. Who, if anyone, can see the image of observer A in the mirror? On the diagram at right, sketch one or more rays to support your answer. b. Who, if anyone, can see the image of observer B in the mirror? On the diagram above, sketch one or more rays to support your answer. A small ball...
when a ray source illuminates a mirror a viewer on the
same
. The ght ist be coming trom many directions for the light to reflect off in many directions b. The smoothness or roughness of the surface makes no differences light always reflects in many directions many directions. 。e. Light reflects of in all directions because the surface has very small bin ps and valleys.-/ Your answer is correct. When a ray source illuminates a mirror, a viewer on...
A) An object in medium with index of refraction ni emits light towards an observer in a second medium with index of refraction n2. Assume n2 <ni and 0e = 45°. Draw the complete trajectories of seven rays that leave the object heading toward the seven dots on the surface. Where does the observer in medium 2 appear to see the object? Use at least two light rays to locate the image point. n, B) On the diagram are shown...
Please help with drawing
You Will need a straightedge and a protractor for both problems on this homework. A pin is placed in front of a semi-cylindrical minor as shown in the top view diagram below. Use the law of reflection to draw a ray diagram that shows the location of the image seen by observer I. Use a protractor and a straightedge to make your diagram as accurate as you can. (The center of curvature and the axis of...
A) An object in medium with index of refraction ni emits light towards an observer in a second medium with index of refraction n2. Assume n2 <ni and 0 = 45°. Draw the complete trajectories of seven rays that leave the object heading toward the seven dots on the surface. Where does the observer in medium 2 appear to see the object? Use at least two light rays to locate the image point. B) On the diagram are shown two...
A) Does the student at location A see an image of the object in
the mirror? Explain.
B) Does the student at location B see an image of the object in
the mirror? Explain.
C) Consider the following student statement and comment as to
whether you agree or disagree with the student. Write down phrases
with which you disagree, if any. Explain your reasoning. “The
student at location B is standing directly in front of the mirror
so they will...
Top view diagram of mirror. location A location B Object Does the student at location B see an image of the object in the mirror? Explain. 7 i Ff B 1 v iii Learn Video Consider the following student statement and comment as to whether you agree or disagree with the student. Write down phrases with which you disagree, if any. Explain your reasoning. "The student at location B is standing directly in front of the mirror so they will...
Need help
ALL REVIEW VIEW Help Problem 4: Convex mirror (4 points) Use the ray diagram to predict the appearance and the position of the image of the arrow shown below. Clearly show the images of numbers and then connect them to complete the full image 3 F OF 5
Shown to the right is a diagram of a boundry between two media, with a light ray coming in at an angle of 37 degree Assume (as shown) median of air (1.00) and n of glass (1.65) normal Draw (arrows) showing all the results of the (incoming) 3 ray's interaction at the boundary. Be as specific as possible. Do an appropriate calculation relating to the ray which travels into the glass.
Reflection from Plane & Convave Mirrors Snell's n sin 02 Law n2 sine, For the plane mirror, we assume the mirror is placed on this page so that it stands vertically along the blue line below, with its length parallel to the page. Take the light source and arrange it to emit a ray of light that lies in the plane of this page. Cast the light ray onto the mirror, so that the ray hits the mirror at an...