to see the rainbow,
we should always stand opposite to sun
hence we should stand north to see the rain bow,
exactly 180 degree
if it rains today and you can see the sun in the south, where shall you...
3. (10 bonus rainbow and at what angle? pts,) If it rains today and you can see the sun in the south, where shall you stand to see the
Keplers law (as we shall see can be generalised to p sa'ns, for the period in years and the semimajor axis in AU as before but now adding in the mass of the object being orbited in terms of the mass of the Sun (ie. M-mass of object being orbited/M What is the orbital period of an object orbiting a star of mass 0 25 Msun at 4AU? Select one: O a 2 years O b. 4 years O c....
a) Where on Earth do you have to be in order to see the north celestial pole directly overhead? Explain your answer. b) What is the maximum possible angle of elevation of the Sun above the horizon at that location? Explain your answer. c) On approximately what date can this maximum elevation be observed? Explain your answer.
Can you answer both questions with clear writing please 4. Light from the sun strikes the flat surface of a lake at an angle of 35.0° relative to the lake's surface normal. A scuba diver deep in the lake's water wants to look at the sun. At what angle must the diver look to see the sun, relative to the lake's surface normal? 5. A beam of light travels from air into glass. Its angle of incidence is 45° and...
LAB 7. Where is 8. What CHAPTER 26-SKILL SHEET 1: LOADS OF LUNACY · Procedure Since earth has a normal tilt of 23.5 degrees, we can use that standard to help us calculate the angle of the sun through the seasons for our location (New York). Step 1: Using your ESRT, find the approximate latitude of your present location (Center Moriches) Step 2: The Maximum angle of Insolation that can be received anywhere on earth is 90 degrees (think right...
You are standing facing south. The Sun is to the west of you. You look straight up. The sky light you receive is unpolarized is partially polarized in with the electric field in the horizontal east - west direction is partially polarized in with the electric field in the horizontal north - south direction is partially polarized in with the electric field in the up - down direction
That number may be different today, but you can see how valuable it can be to let your employees work on their own products. Thoughts?
would like you to think about where you can see the principles of scientific management at work in the world today. In your place of work? In schools, colleges, and other educational institutions? In restaurants, grocery stores, pharmacies, and other retail establishments? In your classroom? Give me a few examples of what you have encountered personally.
1. A picture of a solar tower is shown below (figure 1). You can see that there are plenty of mirrors located in different positions. Each of these mirrors tracks the sun over time and project the sunlight to the tower. The tower gets very hot and the heat is used to generate electricity (or to evaporate water). To make this problem easier for you, I changed this problem to a 2D example. 4 Figure 1 Solar Tower Figure 2...
If you observed the sun setting for 6 continuous months beginning around March 22, where on Earth would you be? Select one: a. North pole x b. South pole c. Arctic circle d. Antarctic circle e. No such place exists