The figure on the left below shows a small lightbulb suspended
at distance d1 = 250 cm above the surface of
the water in a swimming pool where the water depth is
d2 = 200 cm. The bottom of the pool is a large
mirror. How far below the mirror's surface is the image of the
bulb? (Hint: Construct a diagram of two rays like that of the
figure on the right, but take into account the bending of light
rays by refraction. Assume that the rays are close to a vertical
axis through the bulb, and use the small-angle approximation in
which sin(?) tan(?)
?.)
cm
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The figure on the left below shows a small lightbulb suspended at distance d1 = 250...
please help with all questions pictured if possible please !
6. An object is positioned outside the focal point of a thin convex lens. A student uses the graphical method to predict the location of the image of the arrow. As shown in the diagram, she draws principal rays to the lens only. When the rays are completed, which will pass through the point Q, which is the tip of the image of the arrow? (1 point) Rays 1 and...
(8%) Problem 3: Consider the situation in the figure -a student diver in a pool and an instructor on the edge, outside the water. Since the indices of refraction of air and water are different, the light rays coming from the diver and the instructor are refracted at the surface, changing their apparent position with respect to each other. The diver sees the instructor at an apparent angle of e, - 33", measured from the normal to the interface Randomized...
In the figure, the large piston on the left has a diameter of
D1 = 9.00 cm.
The small piston on the right has a diameter of
D2 = 4.00 cm.
A lever arm pivot is located at a = 5.00 cm to
the left of the small piston.
A small cylinder hangs from the end of the lever arm a distance
of b = 25 cm to the right of the small piston.
In the absence of friction, determine...
box in answer please
18. 0/10 points I Previous Answers SerPSET9 13.P065 My Notes Ask Your Teacl As an astronaut, you observe a small planet to be spherical. After landing on the planet, you set of, walking always straight ahead, and find yourself returning to your spacecraft from the opposite side after completing a lap of 24.2 km. You hold a hammer and a falcon feather at a height of 1.37 m, release them, and Determine the mass of the...