The only distinctive property of the Sun's position in the sky during the summer is that it is higher above the horizon at any given time of day. This results in its rays being more concentrated and therefore effectively warmer, resulting in the characteristic high temperatures of summer. As a result of being higher above the horizon the days (daylight hours) are also longer, further increasing the heating effect. These distinctions are effectively lost in the tropics where the the sun is always high in the sky and the days about the same length.
The earth turns all around, in summer it is in a position the sun is "higher" or more above, that's why it is summer :-)
Orion is behind the sun in the summer sky - which is why you can't see it. Orion is visible during winter nights, in the Northern Hemisphere.
Does the sun's position in the sky affect the length of daylight ?
During Summer Solstice? I think.
The motions of the earth in its orbit of the Sun are kind of like a wobbling spinning top. This causes the Sun's noon position to appear to change over the seasons.
The sun's position will be on the far side of the equator for autumn and winter months. The sun will be on the close side of the equator for spring and summer
The earth turns all around, in summer it is in a position the sun is "higher" or more above, that's why it is summer :-)
The earth's tilt is a constant 23.5 degrees perpendicular. The earth's position relative to the sun changes, not the tilt itself, during orbit. The sun is higher in the sky throughout summer because the north pole is tilted 23.5 degrees toward the sun and because we are in the northern hemisphere, the sun is higher in the sky. during winter, the south pole is tilted 23.5 degrees to the sun making the sun lower in the U.S. sky.
Orion is behind the sun in the summer sky - which is why you can't see it. Orion is visible during winter nights, in the Northern Hemisphere.
The only distinctive property of the Sun's position in the sky during the summer is that it is higher above the horizon at any given time of day. This results in its rays being more concentrated and therefore effectively warmer, resulting in the characteristic high temperatures of summer. As a result of being higher above the horizon the days (daylight hours) are also longer, further increasing the heating effect. These distinctions are effectively lost in the tropics where the the sun is always high in the sky and the days about the same length.
In the summer the sun is highest in the sky
We have more hours of daylight in the summer because the sun is higher in the sky.
Because of the tilt of Earth's axis.
The sun reaches its highest elevation at the moment that summer begins.
The sun's zenith is higher in the sky during the summer months, regardless of which hemisphere you are in. At the 45th parallel the sun will rise to about 45° at high noon.
Does the sun's position in the sky affect the length of daylight ?
During Summer Solstice? I think.