What is the altitude of the celestial equator at its highest point as viewed from this location and how do we calculate that?

Description: If you could see both the Sun and the other stars during the day, this is what the sky would look like looking south at noon on January 1 for an observer in the northern hemisphere. The Sun would appear in the sky next to the more distant stars in the constellation Sagittarius, (labeled constellation C). Also shown are other constellations (named and labeled A, B, D, and E) that will be visible above the horizon at this time when facing south. Aquarius -EAST B Capricornus Horizon Sagittarius SOUTH SUN D Scorpius Libra E WEST->>

which of the following is an accurate description of how the sun drifts annually relative to the celestial sphere? Choose one of the following: a. the sun appears to shift only north or south, with no apparent drift east or west b. each day, the sun appears to drift primarily from east to west c. each day, the sun appears to drift primarily from west to east d. the sun does not appear to drift at all relative to the background stars, as defined by our 24 hour day

After considering that 24 hours of right ascension complete one rotation around the celestial sphere, how many degrees of the celestial sphere are swept out by 3 hours of right ascension?

If you go out to look at the night sky tonight from central lowa, the North Star (aka Polaris) is located near the North Celestial Pole at an altitude of approximately 42 degrees above the horizon. Why is that the case?

If you go on vacation down to the Florida Keys, the North Star (aka Polaris) located near the North Celestial Pole is found at an altitude of approximately 25 degrees above the horizon. Why is it found near that altitude?

If it takes a planet 5 years to orbit the Sun, how long (in years) will it take the planet to go all the way around our sky once?

1. Where would the north celestial pole be located in the sky if you stood at the North Pole? A. 32.5 degrees above the northern horizon B. directly at your northern horizon C. 23.5 degrees above the northern horizon D. 57.5 degrees above the northern horizon E. directly over your head at your zenith   2. Where would the north celestial pole be located in the sky if you were standing in San Diego (San Diego’s latitude is 32.5 degrees above the equator? A. 32.5 degrees above the northern horizon B. directly at your northern horizon C. 57.5 degrees above the northern horizon D. directly over your head at your zenith E. 23.5 degrees above the northern horizon

What is the number of degrees between the highest (or lowest) point of the Ecliptic and the Celestial Equator? The degrees are marked along the Meridian. What does this number of degrees have to do with Earth's tilted axis?

If you go out at midnight and look at constellations along the zodiac (i.e. more or less along the ecliptic plane), and then go out at midnight six months later and do the same thing, by how many degrees will the center of your view (along the ecliptic, looking to the south) have shifted during those six months?