It is a matter of time. Crystallization processes can occur more easily when the rock is kept at a certain temperature during a long time. Because of that, well-formed and well crystallized minerals will appear in intrusive igneous rocks (such as granitoids). On the opposite, when a rock spreads rapidly over the Earth's surface, the temperature decreases rapidly, keeping the minerals from forming. A homogeneous paste will form, without any (or few) minerals in it. It is the case for volcanics rock
Answer:
Solar energy is used and made into chemical energy that is glucose used water and carbon dioxide (CO2) and also Oxygen (O2) is released as a output as well
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Answer:
All plants carry out the 7 life processes.
Explanation:
First, the 7 life processes are:
- Movement: (some may argue that plants don't move, as they cannot walk, but walking/moving from point A to B is called locomotion, not movement. Movement is when an organism moves a body part or parts to bring without a change in the position of the organism.
- Sensitivity: The way organisms respond to their environment.
- Nutrition: Organisms acquiring energy from metabolic processes (basically food)
- Excretion: Waste being eliminated from an organism's body.
- Reproduction: Process in which offspring are produced by parent organisms.
- Growth: Development from growth to maturity of an organism.
- Respiration: Organism obtaining energy from the reaction between glucose and oxygen.
They are necessary for all living things to be classified <em>as</em><em> </em><em>living</em><em> </em><em>things</em><em> </em>(however, viruses are another story I won't even go into)<em>.</em><em> </em>Therefore, all plants carry out these processes, as they are living things.
Sorry for the long reply lol.
Hope I helped :)
<span>Choanoflagellate.
These are the organisms that are considered to be the single celled protists most closely related to animals because the characteristics that can be found in these organisms are the characteristics that were probably present in the animal's ancestor organism. </span>
