from the store u dimwaud.............. have a great day lol
I liked it
Because when the sun drops, it is not directly focused on that part of the Earth, and the sun is our source of heat as well. So when the sun is focused somewhere else, so is the heat along with it
Realistically you can't get close enough to the sun without getting killed to drop sand in it but it would burn instantly theoretically.
The lowest temperatures of the day are recorded just before sunrise. This is because the earth continues to cool once the sun has set until the sun rises again
When a star turns into a red giant it means the force of the frequency is lighted by the sun. And then when calculating the magnitude it takes time and days for the sun to orbit
The Sun Drop formula was patented on April 15, 1930.
I liked it
cow, dew drop, and sun
the dew drop or sometimes the sun
60 calories.
100000000000by me
yeah
Rainbows do not 'produce' light. Classic rainbows appear whenever the sun is visible and there are small raindrops in the sky in the direction opposite the sun. Imagine a ray from the sun hitting a drop that is directly above the spot that is opposite the sun. The sun's ray will enter the drop and, if the angle is right, bounce off the back of the drop and come out deflected by a characteristic angle, the "rainbow angle". If the drop is the right number of degrees above the antisolar point, the ray will will bounce off the back of drop and travel to your eye. You will thus see reflected sunlight that appears to be coming from a point that is above the the antisolar point by an angle equal to the rainbow angle.
Leave it to dry in the sun? Or get a new one?
Rainbows do not 'produce' light. Classic rainbows appear whenever the sun is visible and there are small raindrops in the sky in the direction opposite the sun. Imagine a ray from the sun hitting a drop that is directly above the spot that is opposite the sun. The sun's ray will enter the drop and, if the angle is right, bounce off the back of the drop and come out deflected by a characteristic angle, the "rainbow angle". If the drop is the right number of degrees above the antisolar point, the ray will will bounce off the back of drop and travel to your eye. You will thus see reflected sunlight that appears to be coming from a point that is above the the antisolar point by an angle equal to the rainbow angle.
Because when the sun drops, it is not directly focused on that part of the Earth, and the sun is our source of heat as well. So when the sun is focused somewhere else, so is the heat along with it
Realistically you can't get close enough to the sun without getting killed to drop sand in it but it would burn instantly theoretically.