They don't offer justifications for why they are accurate. They are regarded as established facts.
- A theory essentially means the opposite. A well-supported explanation of a phenomenon in the natural world, including laws, hypotheses, and facts, is called a theory.
- A hypothesis is a statement about the natural world that can be verified by observations or tests. Hypotheses must be falsifiable—that is, they must be formulated in a fashion that allows them to be disproven—and be evaluated scientifically in order to be considered to be true.
- Scientific laws or laws of science are propositions that describe or forecast a variety of natural occurrences and are based on repeated tests or observations.
- Scientific rules condense the findings of tests or observations, typically within a specific applicability range. The accuracy of a law typically does not change when a new theory of the relevant phenomenon is developed; rather, the law's application area expands because the mathematics or statement that represents the law remains constant.
Therefore, scientific laws, theory, and hypothesis are different aspects of Science.
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The nitrogen cycle is important to humans because it converts nitrogen into a form that humans can obtain by eating other organisms.
If the Plate Tectonics stopped moving <span>the continents would stay in place rather than moving slowly around the face of the earth. This would also cause volcanic activity and earthquakes.</span>
Answer:
photosynthesis is the process by which green plants and some other organisms use sunlight to synthesize nutrients from carbon dioxide and water. Photosynthesis in plants generally involves the green pigment chlorophyll and generates oxygen as a by-product.
Explanation:
BRAINLIEST IS APPRECIATED
Answer:
Organization and effectiveness of cellular tasks
Explanation:
Cell is the fundamental unit of all living organisms where all biochemical processes responsible for the functioning of the living organism occurs. However, each cell is made up of smaller compartments or areas that run a specific biochemical process called ORGANELLES.
An organelle can be likened to a section of a house, where different activities are conducted. This enables the cellular processes to be organized and effective due to the fact that each organelle/compartment has its own specific task. The work/processes that are key to the survival of an organism are specifically allocated to organelles in a cell. For example, ribosomes conduct protein synthesis, mitochondrion performs energy production etc.
In a nutshell, this small areas or organelles in the cell makes the biochemical process easy, organized and effective.