During an equinox, or an equilux.
During the summer, the sun is striking the Northern Hemisphere straight on, therefore providing strong sunlight and longer daylight hours. The opposite is true during the winter; the Northern Hemisphere is turned away from the sun during this time, hence receiving weak sunlight and shorter daylight hours.
Around 12 during the winter (Dec-Jan)
Dependent on where you live (I'm guessing northwestern hemisphere) during the seasons the amount of sunlight per day changes. Since the earth rotates on a skewed axis, it will tilt towards the sun during your summer and provide more hours of sunlight and less during the day. During the winter, it tilts downward, away from the sun, so there are less hours of sun exposure.
It ranges from 6 months at the pole to several months in the polar circle.
The "tropics" are an area that experiences fairly minor changes in temperature between winter and summer. As latitude increases, the difference between winter and summer becomes more extreme. So Southern England (at latitude around 48 degrees) experiences some pretty substantial differences in temperature, while northern Scotland has even greater differences between winter and summer. The high latitude summer days are quite long; up to 18-20 hours of daylight during the summer, which allows the Sun to heat them up.
The moon only apears to shine because it reflects sunlight from its surface. During a solar eclipse the moon passes between the Sun and the Earth so the sunlight reflects off the surface of the moon which is not visible from Earth.
During photosynthesis, plants and other organisms use sunlight rays to convert carbon dioxide and water to oxygen and sugar called glucose.
During a full lunar eclipse, the visible half of the moon's surface is in the Earth's shadow while the rest does not receive sunlight because it is facing away from the Sun. Lunar eclipses occur during full moon phases.
during winter it is 6 hours of sunlight
Solar lights are lights that you can put in your lawn that absorb the sunlight's rays during the daytime hours, then use those rays and shine the light durign the night.
At all times (except during a solar eclipse), exactly 50% of the earth is illuminated by the sun and exactly 50% is not. (Actually the part that is illuminated is slightly more than 50% due to the refraction of sunlight in the atmosphere making the sun visible when it's just below the horizon.)
yes, because sunlight is energy and a source of heat; thus, if no sunlight reaches you during an eclipse, there is no heat.
During the light reaction, sunlight excites electrons of chlorophyll P680 in Photosystem One.
Most of the sunlight is during summer but during winter it probably averages 3-4 hours of sunlight a day.
Yes, there is sunlight in the Arctic Ocean, except during the winter.
Why should it disappear? It's big, it's visible, and it reflects sunlight; OF COURSE it will be visible. The only reason we can't generally see stars during the day is because the sunlight is scattered all around the horizon, and the scattered sunlight "drowns out" the light of the stars and planets. But you can often see the Moon in the daytime, and if you know exactly where to look, you can often see the planet Venus during the day, too.
from 12 to 1'o clock we will have more sunlight