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.
a) The north celestial pole is the imaginary point that is directly overhead of the north pole of the earth.
So, to view the north celestial pole directly overhead, we most be standing on the north pole of the earth.
b) The sun moves from 23.5 degree north to 23.5 degree south latitude and back in the span of a year.
So, the sun is closest to the north pole when it is at a latitude of 23.5 degrees north.
So, the altitude of the sun at the highest point as viewed from the north pole will be 23.5 degrees from the horizon.
c) The sun is at 23.5 degrees north on the day called summer solstice.
This day is on June 21
This is the day that is asked in the question.
a) Where on Earth do you have to be in order to see the north celestial...
17. TUTORIAL 2.1 Where would you have to look to see your zenith? Where on Earth would you have to be for the celestial equator to pass through your zenith? Where on Earth would you have to be for the south celestial pole to be at your zenith?
1. Assume that you are an observer located at alatitude of 40 degrees north (on Earth). Draw a fully labeled diagram showing from your vantage point: a) the horizon, the zenith, the celestial equator and Polaris (the north star). b) What is the altitude (elevation) of Polaris? c) Whatisthealtitude(elevation)ofthecelestialequatoratitshighestpoint?
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...
b. Measure and record the smallest angle i. An object K and an observer at X are formed between lines C and D at E. shown below. Draw a line indicating a line of sight to an object L that lies 35° below object K on the plane of the paper as viewed by the observer at X. c. Based upon the diagram, what is the angle formed at point G between points F and H? j. Below is shown...
You are looking down on the Earth from a spacecraft hovering far above. After watching for a while, you notice that, from your perspective, it is rotating counterclockwise. The part of the Earth that is directly below you must be the Earth's O A North Pole OB Equator 0 C South Pole. The motion of the Moon around the Earth causes O A Daily motions in the Heavens. O B The phases of the Moon. 。C The seasons. O D...
A) Choose one latitude from each the northern and
southern hemispheres of your
interest below . Draw the local sky dome of the chosen latitude and
all the lines and
positions of the following terminologies in your local sky
dome:
Range of latitudes:
Northern hemisphere:
A (0), A1(15N), B(30N), C(45N), D(60N ), E(75N)
Southern Hemisphere:
F (5S), F1(25S), G(35S), H(50S), I(70)
Terminologies:
Zenith Horizon Meridian
Cardinal points (East,
West, North and
South)
North and/or South
celestial poles
Celestial equator
Ecliptic...
Question 1: For today’s date (June 3rd), imagine that you are on Earth’s equator to answer the following questions. You don’t need to give precise numerical answers – rough altitude and azimuth are fine. In what direction do you look to see the north celestial pole? In what direction does the Sun rise for you this day? In what direction do you look to see the Sun at noon today?
01: You are on a windswept plain on the planet Earth but you know neither your position nor the date. There are no hills and you can see the horizon clearly. This allows you to time Laiss LipS the sunset accurately, but, unfortunately, your watch reads Greenwich Time. Take a straight pole and plant it exactly vertically in the ground. You have no meter- or yardstick but you assign arbitrarily 1 unit to the length of the pole above ground....
1. Seen from the northern latitudes on the Earth, the altitude of the star Polaris a) is never above the horizon during the day b) always sets directly in the west c) is equal to your latitude on the Earth d) is never visible during the winter e) is the brightest star in the sky 2. On March 21/22, the sun shines most directly on the Earth’s surface… a) 23 ½ degrees north of the equator. b) 23 ½ degrees...
5. This may be the first calculation of the circumference of the earth ever made! It was done by Eratosthenes a Greek mathematician living in Egypt), in approximately 200 BC. One day, at midday, the sun shone directly down a well in the city of Syene (now Aswan, Egypt), so the sun was directly overhead. On the same day, at the same time, Eratosthenes measured that in the nearby city of Alexandria, a line pointed straight at the sun formed...