Answer:
B, C, E.
Explanation:
I think that the best answers to your question would be B, C, E.
A.weathering
B.erosion
C.heat
D.deposition
E.pressure
The correct answer are: C. heat, and E. pressure.
All metamorphic rocks need this two factors so that they can be formed from either igneous or sedimentary rocks. The metamorphic rocks form deep into the ground where the pressure is higher and the temperature is higher as well, the deeper they form the bigger the pressure and temperature they experience. According to how big of a temperature and how big of a pressure the rocks have been exposed it determines into what type of metamorphic rocks they will turn into, and according to that what kind of a texture and appearance will they have. The amount of time of exposure to heat and pressure is also key to the type and quality of the metamorphic rocks.
Answer:
Lava.
Explanation:
Answer:
Belarus maintained close ties with russia after the fall of the soviet union
Explanation:
The label denoting an orbital's type and orientation is represented by the principal quantum number, the angular momentum quantum number (s, p, d, f), and the magnetic quantum number. This representation encapsulates electronic energy value, orbital shape, and orientation respectively.
The label for the orbital mentioned indicates its type and orientation in space. This label is determined by the principal quantum number, the angular momentum quantum number, and the magnetic quantum number. The first number signifies the general value of the electronic energy, while the second term (represented by the designations s, p, d, f, and beyond) argues for the shape of the orbital. The final label, the magnetic quantum number, signifies the orientation of an atomic orbital around the nucleus. For example, you would find that there are five d-orbitals in a d subshell (l = 2), indicating different orientations in space.
#SPJ12