Rainbows are typically seen at angles lower than 23 degrees because sunlight is refracted inside raindrops and the angle of incidence for internal reflection must be less than 42 degrees for a rainbow to form. This results in the characteristic bow shape we see when rainbows appear in the sky.
It is: 9/5*(23)+32 = 73.4 degrees Fahrenheit
For the 4 days the calculation must have been equivalent to 4x22/4 = 88/4. Next you want it to be 5x23/5 or 115/5. So the 5th temperature must be 115-88 which is 27. Like giving each 1 of the 5 days an extra degree.
About 23.5 degrees, but it wobbles around this angle (between 22.1 and 24.5 degrees).
The tilt of the Earth's axis relative to the sun does cause variation in temperatures across the globe, but it's not as simple as the hottest point being exactly 23 degrees north or south of the equator. Factors like ocean currents, winds, altitude, and land distribution also contribute to shaping the climate patterns across different regions of the world. So, the hottest point on the planet can vary and is influenced by a combination of different factors, not just the tilt of the Earth.
In fact, the Sun's rays strike Buffalo, NY at various angles as the Sun rises on the eastern horizon, crosses to the South, and then sets in the west. The only angle that we're really interested in is the "local apparent noon", or "Sun transit" angle. Buffalo is a large city, and the angle will be different on the north edge or the south edge. Niagara Square, pretty close to the city center, is at latitude 42.88 degrees north. Consulting the Nautical Almanac Online for 2011, I see that the declination of the Sun as it passes Buffalo on March 21, 2011 will be 0 degrees 16 minutes north, or 0.27 degrees. On June 21, 23 degrees 26 minutes north, or 23.38 degrees. On September 21, the Sun will be at declination 0 degrees 39 minutes North, or 0.65, and on December 21, 23 degrees 26 minutes SOUTH, or 23.36. So, on March 21, the "local apparent noon" Sun elevation angle above the southern horizon will be 90 minus Buffalo's latitude of 42.88 degrees PLUS the declination of 0.27 degrees, or 47.39 degrees On June 21, the Sun's maximum elevation will be 90 minus 42.88 PLUS 23.38, or 70.5 degrees. I'll let you calculate the other two, remembering to subtract the declination when it is south.
73.4
Perth is at 32 degrees south and on the summer solstice the Sun's declination is 23½ degrees south. Therefore the Sun is 32-23½ degrees or 8½ degrees from the zenith, that is 81½ degrees above the horizon.
Rainbows - 2013 was released on: USA: 23 February 2013
23 degrees 23 degrees 23 degrees
The Southern Cross is a famous star constellation in the southern hemisphere known for its distinctive cross shape. Being 23 degrees above the horizon means it is visible from locations between the latitudes of approximately 15 degrees south and 55 degrees south. This makes it a prominent feature in the night sky for observers in the southern hemisphere.
23 degrees Celsius is equal to a temperature of 73.4 degrees Fahrenheit.
Its factors are: 1, 3, 23 and 69
23 degrees Fahrenheit = -5 degrees Celsius.
23 degrees Celsius is 73.4 degrees Fahrenheit.
23 degrees Celsius = 73.4 degrees Fahrenheit.
23 degrees Celsius = 73.4 degrees Fahrenheit
23 degrees Celsius is equal to 73.4 degrees Fahrenheit.