This planet will die of temperatue. But not exactly the temperature you scientist think. This planet will die when we reach -3 degrees in 4 bilklion years. This will probaby never happen soon. How come? A black hole. Not the black holes that we normally see. No, more than that. We will be sucked into a supermassive black hole in 2 billion years. why? Global Warming is the answer to this. we are orbiting 56.99 times faster than we used to. This rotation will cause us to drift away fom the sun and we can possibly freeze. It is hard to say because so telescope can tell. If we don't drift away and freeze, one of the largest supermassive black holes will come to us. It will start sucking in planets and since we think that planets aer "eatten" when they are caught in black holes, Earth will most likely be "eatten"
it is a gas at least thats what scientests think it is a gas at least thats what scientests think it is a gas at least thats what scientests think
solid
Calcium is a solid at atmospheric presure up to the melting point of 842 0C.
A fresh surface of uranium is similar to the surface of a steel.
This is most likely PHASES of matter.
Oxygen is a gas under ordinary conditions.
The state of matter a material is most likely to resist compression is liquid. Liquids cannot be compressed and this is what supports hydraulics.
Air is about 79% (volume) Nitrogen (N2). It is a gas at atmospheric conditions.
A major increase in particulate matter in the atmosphere would cause a decrease in Earth's average surface temperature
The age doesn't matter. Living conditions matter. Are they healthy weight, healthy eaters, athletes, do they have good cholesterol? If yes to all or most of these questions, no it isn't likely. If no to most or all of these questions yes.
the climate of the earths atmosphere bepending on matter and airclimate is the atmospheric conditions over a large area and a long perios of timefor example humid is type of climate^_^
Calcium is a solid at atmospheric presure up to the melting point of 842 0C.
Yes. The phase of matter which is exposed to normal atmospheric pressure solely dependent upon temperature.
Uluru's colour changes depend on several factors, and the purple colour is one of those rarities that depends on certain conditions. It is most likely to happen in the late afternoon, depending on the level and degree of cloud cover at the time. The different angles of the late afternoon sun reflect off the surface of the Rock, and interact with the different soil colours surrounding the Rock, to give the deeper, dusky-red, and sometimes purple, of later afternoon. It is largely a matter of the atmospheric conditions, and how the moisture levels in the air and any clouds reflect the surrounding desert colours back onto Uluru.
The name for the solid particles around that the clouds can form is called atmospheric particulate matter. Another name for atmospheric particulate matter is particulates.
the STD of a diamond is Solid
berometers measure atmospheric pressure.
A liquid has surface tension.
Temperature