
Test corrections help. If you can you answer that would be great! Thanks!
We know
Refractive index=(speed of light in vacuum/speed of light in medium)
So n1/n2=v2/v1=t1/t2
Putting values
1.5/1.33=3/t2
t2=2.66 ns
Test corrections help. If you can you answer that would be great! Thanks! 6It takes 3.00...
Compare the time light takes to travel through a 300 m-thickness, Cloud? window glass? depth of fresh water? Where, nair = 1.0004, nglass=1.5 and nwater = 1.33
THIS WAS ATTEMPTED BY SOMONE ELSE BUT THE ANSWER IS POORLY COMMUNICATED AND WRITTEN. Instant upvote if you take this on. 6. An entire Young’s double s_l_i_t experiment is performed under water using light from a Nd- YAG laser λ = 1064 nm. Fringes are measured carefully on a screen 1.50 m away from the double s_l_i_t and the 3rd dark fringe is found to be 3 mm from the centre of the central bright fringe. Determine the location of...
4. y (m) Refer to the diagram (a cutaway side view-not to scale) An enclosed tank, with vertical glass sides and horizontal bottom and top, is nearly full of water. The tank's six panels are all made of the same glass, with uniform thickness d glass of Resting on top of the tank is a solid half-cylinder of glass (with its end facing out of the page), so that its rectangular surface is horizontal and facing upward. The x-y position...
I would be glad if you can provide some detailed
explanation (like in order for the light to be seen outside what
condition must be met)
Content: Geometrie optics 1. The huge aquarium has walls made from the glass n = 1.5 and filled with water n = 1.33. At which angles the diver inside the aquarium must send the light that the light fully can be seen from outside by visitors.
Can you please answer all questions
completely.
Refraction, Wave speed and Snell's Law i. A pond with a total depth (water ice) of 3.00 m is covered by a transparent layer of ice 0.32 m thick. Find the time required for light to travel vertically from the top ofthe ice to the bottom of the pond. ice- o 32,n Wate 3-0.32 2.68 m 2. A beam of light is incident on the interface between glass (nr 32) and water (nr...
Need help for Test corrections thanks so much.
[18 pts] Consider you're making pasta and you leave your stainless-steel spoon partially immersed in boiling water The handle of your spoon is of rectangular shape (3 mm thick and 60 mm wide) and 0.15 m of the spoon's handle (L) is exposed to the kitchen air temperature of 22 °C. The convective heat transfer coefficient is determined to be 8.9 W/m2K. Determine: 1. 46 Heat transfer rate and the efficiency from...
If you can help me with 1-6 that would be great thank
you!
Don't ANSWER THIS THIS WAS BY MISTAKE SORRY
Don't ANSWER THESE THEY WERE POSTED BY MISTAKE!!!!!
Scenario 1: Sexes of birds In an ecological study of the Carolina Junco, 53 birds were captured from a certain population; of these, 40 were male. Is this evidence that males outnumber females in the broader population? The researchers used this sample data to conduct a test of the hypotheses below......
Hi
please can you answer 4 questions .. thanks for help
Factoes hich Infuence The Rates Of Resction Name Date Prelab Question Lab Instructor Lab Section a. List the potential ehemical hazards in this experiment and tell how you wi handle them in order to make this experiment safe for you and others in the laboratory b. List the potential procedural hazards in this experiment and tell how you will handle them in order to make this experiment safe for...
PLEASE ANSWERS TO ALL QUESTIONS NEEDED, THANKS Problem 13.10(a) Purpose: This is to help familiarize you with characteristics of electromagnetic waves. Problem: An electromagnetic wave travels in the z direction. The electric field in the wave is given by the expression E(z,t) = E0cos(kz-ωt)y. (Bold letter are vectors.) At z = 0 and t = 0, in what direction does the magnetic field point? Hints: Remember that E crossed into B gives the direction of travel. Enter your answer,...
Partner: Date Name 11 Snell's Law Introduction When light passes from one material to another it is always bent away from its original path. This process is known as refraction and the change in direction depends on the change in optical density (or refractive index) of the two materials. A larger change in refractive index results in a larger change in angle between incoming and outgoing light beams. A light beam bends closer to the normal in the material with...