Weathering is the process by which rocks, minerals, and other geological materials are broken down and altered over time due to exposure to the Earth's atmosphere and environmental factors.
Physical weathering, also known as mechanical weathering, involves the physical breakdown of rocks into smaller fragments without any change in their chemical composition. This process is primarily driven by mechanical forces such as temperature changes, freeze-thaw cycles, wind, water, and pressure.
Chemical weathering is the process in which rocks and minerals undergo chemical reactions that lead to their decomposition and alteration. This type of weathering involves the interaction of rocks with substances in the atmosphere, such as oxygen, water, carbon dioxide, and acids.
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Answer: Chemical weathering decomposes or decays rocks and minerals. An example of this is water and limestone. Organic weathering happens when plant break up rocks. One the rock has been weakened and broken up it is ready for Erosion. This happens when rocks are picked up and move usually by water. Mechanical weathering breaks up rocks, this usually happens when water gets into cracks, freezes and expands the rock
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Answer:
The primary function of glucose in the cell is to produce energy instantly by catabolism. Glucose is the most common substrate and it yields two molecules of ATP directly from substrate-level phosphorylation.
Answer:
True: A transform boundary occurs where plates slide against each other
Explanation:
Transform boundaries are geological places that are found one over the other. They slide and cause friction, earth movement and create a zone called fracture zone. They are almost always found near the ocean basins connecting a portion of earth called ridge to the mid-ocean ridges An example of this is the transform boundary in the California San Andreas fault create by the NorthAmerican plate and the pacific plate.
It depends on the variance of the population.
214
It depends on the sample drawn from the population.
Done
Semester
Student Applications
(in thousands)
1
106
2
137
3
285
4
120
5
202
6
195
7
327
8
139
9
307
10
318
11
212
12
217
Answer:214
Explanation:
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a
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Natural selection
Weather
Genes
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Explanation:
Removing the nucleus takes away all the genetic information necessary for the function of the cell away. Prokaryotes although lacking a nucleus do have a Nucloid region containing Naked strands of DNA which regulate their activity.
Simply removing the nucleus from a eukaryotic cell would not turn it into a prokaryotic cell, as the two cell types differ in many aspects, including structure and replication methods.
Removing the nucleus from a cell would not result in a new prokaryotic cell. Prokaryotic cells, such as bacteria, do not merely lack a nucleus. They also differ from eukaryotic cells in many other ways. For example, prokaryotic cells typically have a simpler structure and lack many of the organelles found in eukaryotic cells, such as mitochondria, Golgi bodies, or endoplasmic reticulum. Furthermore, prokaryotic and eukaryotic cells replicate in different ways, with prokaryotes using a process called binary fission and eukaryotes using mitosis and meiosis.
Cellular structure and replication methods are crucial characteristics that distinguish the two types of cells, so the removal of just the nucleus would not be sufficient to create a prokaryotic cell from a eukaryotic one.
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