Ultraviolet (UV) rays from the sun travel through the vacuum of space and reach Earth’s atmosphere. While some UV radiation is absorbed by the ozone layer, which protects the surface from harmful effects, a portion still penetrates through. This allows UV rays to reach the Earth's surface, contributing to processes like photosynthesis and skin tanning, but also posing risks such as skin cancer and eye damage.
Ultraviolet rays from the sun are able to reach Earth's surface because they have shorter wavelengths compared to visible light and can penetrate the atmosphere. While some UV radiation is absorbed or scattered by the atmosphere, enough reaches the surface to cause effects such as sunburn and skin damage.
The deepest scientist have been able to study earths interior depth is 12,262 meters
As the amount of ozone in the stratosphere decreases, more harmful ultraviolet (UV) radiation from the sun can reach Earth's surface. This can lead to increased health risks for humans, such as skin cancer and cataracts, as well as harm to marine life and ecosystems. Ozone depletion also affects weather patterns and can contribute to climate change.
A spring is a place where underground water naturally flows to the surface of the Earth. This occurs when an aquifer is filled to the point that water overflows onto the land surface. Springs can vary in size and flow rate depending on the geology of the area.
A car would not be able to reach outer space as it lacks the necessary speed and propulsion to overcome Earth's gravity and atmospheric conditions. Outer space begins approximately 62 miles (100 kilometers) above the Earth's surface, which is well beyond the reach of a car's capability.
Since stratospheric ozone is produced by solar UV radiation, one might expect to … Consequently, unabsorbed and dangerous ultraviolet-B radiation is able to reach the Earth's surface .
I am sure that if you think about the problems encountered by climbers on Mount Everest you might be able to answer that yourself. Near the Earth's surface.
I am sure that if you think about the problems encountered by climbers on Mount Everest you might be able to answer that yourself. Near the Earth's surface.
So that they are able to make decisions about how groundwater can be used without damaging this valuable resource
Ultraviolet rays from the sun are able to reach Earth's surface because they have shorter wavelengths compared to visible light and can penetrate the atmosphere. While some UV radiation is absorbed or scattered by the atmosphere, enough reaches the surface to cause effects such as sunburn and skin damage.
The surface composition of Venus is believed to be similar to Earths, largely silicon based rock. Its difficult to say exactly what the surface is as space craft cannot survive long enough on its surface to be able to analyse and send back detailed information.
Yes you would because the sand would suck you in until you can no longer reach the surface. Therefore you wouldn't be able to breath
You are thinking of the Earth's core, which is primarily iron, with nickel and a variety of other elements in smaller percentages; the Earth's surface has a much more varied chemical composition, which you should be able to observe, since we all live on the surface.
You are already closer to the earths core than you will ever be able to get to the sun
When there is less light, plants may not be able to photosynthesis especially the aquatic plants because if there is very little sunlight, it would not be able penetrate through the water surface to reach the plants that are under the water surface and thus many plants will not be able to make food and will eventually die.
The deepest scientist have been able to study earths interior depth is 12,262 meters
Almost all gamma rays are absorbed by the Earth's atmosphere, or deflected by the magnetosphere, but some do manage to get through. Those that reach the surface of the Earth are mostly secondary comic rays, which are produced when gamma rays or primary cosmic rays hit the top of the atmosphere.