Want this question answered?
Because the atmosphere distorts the direction of the sun rays entering from a vacuum into a denser medium. The same thing happens when you do a "broken pencil" experiment: put a pencil in a clear glass of water and it will seem like it's broken. It's due to the same thing. It depends on the angle of incidence, rays coming from a sun at high noon which is perfectly perpendicular to the ground will have no distortion.
At some time or the other almost every part of its surface.
This is because they are so close to the sun. The wildlife and plants grow a lot quicker and in a different way than what is found further away.
Early Moring and juts before the sun sets .
The amount of heat received from the sun at a place on the surface of the Earth depends upon its latitude or its distance from the Equator. There is a gradual fall in temperature as we move away from the Equator towards the poles. See- the following figure, We can notice that the rays of the sun are falling directly or vertically on the Equator. Thus they spread over a small area. Near the Poles, the rays of the sun are slanting and spread over a large area. This makes the area near the Equator hot and the area near the Poles cold. On the basis of heat received, we can divide the Earth into three zones. 23'/2°S by: vontamayosa
There is no city in India that receives vertical rays of the sun. All receive slanting Actually there is no place on the earth that receives vertical rays of the sun. Some receive horizontal, some receive slanting and some receive very slanting.
Northern hemisphere.
because it gets the slanting rays of the sun
It is because the vertical rays covers the larger surface area where as the slanting rays does not.
because intensity of rays is more in afternoon
To see the sun rise in the morning, look towards the east. The sun rises in the east and sets in the west due to Earth's rotation.
Because its D-inner time
It doesn't matter if they are slanted or straight it is still hot as heck...dont worry wait til winter u will be freezing cold u r still gonna get a cold either way unless you got a doctor who a pro
Because the atmosphere distorts the direction of the sun rays entering from a vacuum into a denser medium. The same thing happens when you do a "broken pencil" experiment: put a pencil in a clear glass of water and it will seem like it's broken. It's due to the same thing. It depends on the angle of incidence, rays coming from a sun at high noon which is perfectly perpendicular to the ground will have no distortion.
At some time or the other almost every part of its surface.
Yes, it does.
This is because they are so close to the sun. The wildlife and plants grow a lot quicker and in a different way than what is found further away.