Where on earth do you have to be in order to see the sun at the zenith as seen from such a location will the sun be at the zenith every day explain your reasoning?

Where on earth do you have to be in order to see the sun at the zenith as seen from such a location will the sun be at the zenith every day explain your reasoning?

People who live at a latitude of 23.5º north (Tropic of Cancer) and south (Tropic of Capricorn) of the equator will have the Sun at their zenith at noon only on that day of the year (June 21 or December 21 depending upon whether they live at 23.5º north or south).

Where can you see the sun at the zenith?

The Sun reaches the observer’s zenith when it is 90° above the horizon, and this only happens between the Tropic of Cancer and the Tropic of Capricorn.

Where would you have to be on Earth to have the sun at the zenith at noon on June 21?

Solution: On Earth’s equator, the celestial equator passes through the zenith. On March 21, the Sun is crossing the celestial equator, so it should be found at the zenith (90°) at noon. On June 21, the Sun is 23° N of the celestial equator, so it will be 23° away from the zenith at noon.

Where on earth would you have to stand in order for the sun to pass directly overhead at some time during the year quizlet?

To see zenith, on Earth you would have to look directly overhead wherever you are standing. To see the celestial equator pass through your zenith, you would need to be 35 degrees north latitude, or 35 degrees north of the equator.

Where on the earth could I go for vacation and see the sun pass directly overhead?

Having the sun directly overhead can happen only between the Cancer and Capricorn tropics. That is, only the places between 23.5° of latitude north and 23.5° of latitude south. On the Cancer tropic (23.5° latitude north) it will happen once every year, on the day of the northern hemisphere solstice (about June 21st).

What is the position of the sun at 12 noon on earth?

The Sun is directly overhead at solar noon at the Equator on the equinoxes, at the Tropic of Cancer (latitude 23°26′11.2″ N) on the June solstice and at the Tropic of Capricorn (23°26′11.2″ S) on the December solstice.

Where on the earth could I go for vacation and see the Sun pass directly overhead?

Where on the earth would you have to be to have the sun be at the zenith at least one day a year?

For the Sun to be at your zenith, you need to be between 23.5◦ North Latitude (Tropic of Cancer) and 23.5◦ South Latitude (Tropic of Capricorn). The Sun will be at Zenith two days of the year, except at the extreme limits, when it will be one day per year: June 21 for Tropic of Cancer, Dec 21 for Tropic of Capricorn.

Where on earth is the sun directly overhead at noon?

You may have noticed two special lines of latitude on a globe of the world: One in the Northern Hemisphere called the Tropic of Cancer at +23.5° latitude and one in the Southern Hemisphere called the Tropic of Capricorn at − 23.5° latitude. These are the latitudes where the Sun is directly overhead at noon once a year.

How many degrees is the angle from the horizon to the zenith?

To see the celestial equator pass through your zenith, you would need to be 35 degrees north latitude, or 35 degrees north of the equator. For the south celestial pole to be at my zenith, I would have to be 35 degrees south of the equator. How many degrees is the angle from the horizon to the zenith?

Where do you have to be to see the south celestial pole?

Where on Earth would you have to be for the south celestial pole to be at your zenith? To see zenith, on Earth you would have to look directly overhead wherever you are standing. To see the celestial equator pass through your zenith, you would need to be 35 degrees north latitude, or 35 degrees north of the equator.

Can you see the north celestial pole directly overhead?

To see the north celestial pole directly overhead, it would have to be your zenith. This can only happen at the Earth’s north pole, which is located at the north celestial pole. The maximum possible elevation above the sun at that location is 23 ½ degrees because of the tilt of the Earth’s axis of rotation.

Is the Sun part of the constellation Orion?

However, our Sun is an exception to this rule because it seems to move through different constellations in the daytime. A fellow student tells you that in a picture of the constellation of Orion, the only stars in the constellation are those connected by the blue lines are a part of the constellation Orion.