Answer:
The most common type of rock found on Earth's surface is a sedimentary rock, and types of sedimentary rocks include those listed in the diagram below. Hope this helps! I take Environmental Science so if you have any more questions don't hesitate to ask them below. :)
Answer:
i think it is the last one.
Explanation:
hope i helped
Answer:
I'd say that's probably false
Explanation:
It seems like they would explain a little about the society so I don't know why that'd be false
Answer:
Venus is one of the most hottest and inhabitable planet inside the solar system. While, there is a much of the exposure from the red giant or simple "the Sun". But, the certain form of gaseous composition inside the Venus's planet there are carbon atoms which are far denser then the corresponding elements.While, surface composition or we can just as during the making of the planets the elements which absorbs most of heat energy and are present at the higher degree of temperature,T they were present to build up the whole structure of the planetary core system is made of those elements.
- Such form of planetary composition makes it even more hot and the temperature,T on the lower altitudes is far high then most of the planets inside the solar system.But, if we go up inside the atmospheric region of the planet there we will record the unusual effects of the temperature as the altitude level rises up.As there are heavy atoms inside atmosphere of the planet Venus and these Carbon atoms are much able to absorb most of the heat energy inside itself. As there are less free energy for the different instruments to measure while being on the higher altitude levels of the planet.
- The Earth acts differently to the temperature,T values inside the atmosphere of the planet. As there are certain composition differences between the different celestial entities, while most of these elements present on the surface can have a normal level of temperature,T on it, the central region of the planet has a mixture of gases which makes to have a high level of heat energy in it.Along, with which the surface of the planet is covered by a different layers of gaseous composition consuming all the available amount of energy.As it leaves no amount of heat energy for the different atoms to posses inside them.
Answer:
C. Magma from venus mantle erupted as lava.
Explanation:
A volcano is a landform which results from the eruption of molten rocks (lava) on the surface. Volcanic rocks are a special type of igneous rock that forms when molten rock cools and solidifies on the surface.
From the little description given, option C gives the best scientific explanation to the occurrence of the volcano on the surface of Venus. For a planet like venus which is presently not active and little to no movement occurs within the plates, the volcanisim must have occurred when the planet was relatively young and it must have been millions of years ago.
It is widely believed that Venus was geologically active in times past. Mantle generated lava must have solidified on the surface in times past to have formed the volcano.
Evaluating other options:
... Impact of space objects on Venus would lead to the formation of a crater which is a depression on the surface. The rock would be mostly metamorphic.
.... If water was ever present in Venus, they would have produced sedimentary rocks instead. The erosive power of water is not high enough to cut through the crust. Also, water would not aid the formation of volcanoes.
.... Heat is not enough to from volcanoes. Other factors are also in play.
