yes they just need artificial light
During a solar eclipse, the Moon passes between the Earth and the Sun, blocking sunlight from reaching certain areas on Earth. This temporary alignment causes the shadow of the Moon to fall on the Earth, resulting in a brief period of darkness in the affected regions. Although solar energy is still being produced by the Sun, it cannot reach those specific locations experiencing the eclipse due to the obstruction.
On a cloudy day, the amount of sunlight reaching the surface is significantly reduced compared to a clear day. Clouds scatter and absorb sunlight, resulting in diminished direct sunlight and a cooler overall temperature. However, some diffuse sunlight still penetrates through the clouds, providing a softer light environment. Overall, the intensity and quality of sunlight are lower on cloudy days.
During a lunar eclipse, the Earth blocks direct sunlight from reaching the moon. However, some sunlight still reaches the moon after passing through Earth's atmosphere. The Earth's atmosphere scatters shorter-wavelength blue and green light, allowing longer-wavelength red and orange light to reach the moon, giving it an orange hue during an eclipse.
Mars if farther from the sun than the Earth is, so it gets less sunlight, but there is still sunlight on Mars - during the day.
The big-bang originated it. The Earth's magma is still very hot. The Earth is heated by the Sun and slightly by the magma once it is located very deep in the Earth, although reaching 1.500ºC
Well, happy little friend, the darkness outside is just nature taking a gentle retreat in preparation for the light to shine through once more. As the sun sets on this side of the world, it casts delightful shadows across the landscape for us to appreciate. Rest assured, the light will return, and with each new day, we are given the opportunity to embrace the beauty of a fresh canvas.
The total eclipse of the Sun by the Earth's Moon still leaves a corona of light, and the other visible stars shine just as brightly.
A penumbral shadow is caused by the partial blocking of sunlight when an object partially blocks the direct sunlight reaching a surface. This creates a diffuse shadow with varying intensity, as some light is still able to reach the surface due to the larger area of indirect sunlight from surrounding areas.
Days and nights occur because of the diurnal rotation of the earth. The sun stays still, and the earth spins once a day, so for 12 hours half the earth is in sunlight.
It is still cold in March because the Earth's tilt causes the northern hemisphere to receive less direct sunlight during this time, leading to cooler temperatures.
Think of the North Pole or Alaska here. They get plenty of sunlight but the sun is so far from the earth that the local weather controls the temperature.
Yes, the sun's rays are generally indirect at the North Pole due to the axial tilt of the Earth. This results in low angles of sunlight reaching the area, especially during the winter months, leading to cooler temperatures compared to regions closer to the equator.