NOOOOO! Not even solar eclipse glasses can protect you from the direct sunlight, please don't try it!
Hold up a shirt, look through it toward the sun (not directly at sun), is there light? most likely
I don't Know but the sun rise and the sun set because of God when the sun comes up and down we should wear a sun glass to protect our eyes
There Should Be A light In the lobby (entrance )When you see it stand on sun and look up That Should do it
The Sun shines on half of the Earth. If the Sun is DIRECTLY above a certain spot, the sunlight is shining straight down, and the object won't cast any shadow. Someplace 20 miles away, the Sun isn't STRAIGHT up; it's about an arc-minute away from being STRAIGHT up. But you won't be able to tell this without some pretty precise instruments, so it will still "look" like it's overhead. A few minutes earlier or later, and the Sun wouldn't look straight up either.
yes because the sun is not completlpt out therefore, it cannot harm your eyes the way it normally would. Actually, that is both incorrect and correct. It ddepends on what kind of eclipse it it. If it is a solar eclipse, than no because than the sun is very bright. If it is a lunar eclipse, than you can. Lunar eclipses actually make the moon red.. Its cool Well, it is never safe to look directly up in the sky. A solar eclipse will gradually pass, but you sometimes might not have time to look away. That causes you to look directly in the sun, and when you look away it is too late. During a lunar eclipse, the earth covers the moon, so looking up at the sky would mean looking at the sun, so either could be harmful.
Connection is under dash directly below the steering wheel. Just look up and you should see it.
You can use Magnesium as a camera flashbulb because it is a metal and when ignited lights up like the sun. do not look directly at it or you will be seeing spots for hours
Go up in a balloon and look down, or up a mountain and look across. Even a tall building will do.Or of course, you could look at an object a quarter of a million miles away (the moon), 90+ million miles (the sun - DO NOT LOOK DIRECTLY!), or several trillion miles to brighter stars.
It is difficult to collect direct evidence about the sun because it is a star located at a vast distance from Earth. Studying the sun involves specialized equipment such as telescopes and satellites to gather data. Additionally, the sun's intense brightness and heat present challenges for observing it up close.
Look up the size of the Sun in kilometers (it is about 1.4 million kilometers, but you can look it up if you like, to get a more accurate number). Then multiply that by a million, to convert to millimeters.
Because it's so close to us. The closer things are, the bigger they look. If you hold your thumb up in front of your face, it can cover up the whole sun.
you can look at an eclipse if you want to put doctors don't recommend it because if you keep looking at it after the eclipse a little sun will show up and the sudden change of darkness to brightness can damage your eye permanently