Answer:
In a scientific investigation of lakes the depth of a lake is most likely to be measured in meters.
Because the depth is the distance of an element from a horizontal reference plane and The unit of measure for distance according to the international system is the meter.
Either feet or meters, but each country/state is different.
B. nucleic acids and carbohydrates
C. proteins and nucleic acids
D. proteins and carbohydrates
The nucleic acids and proteins.
Explanation:
Mutations happen in the DNA which is a nucleic acid, and this molecule is transcribed into m-RNA which will be based on the sequence of the nucleotides in the DNA, so also m-RNA is affected and it is also a nucleotide.
Proteins are made using information coming from the DNA via the m-RNA, and since both are changed, then the structure of the protein will be built based on this new sequence of the bases in the m-RNA.
Scientific knowledge changes over time due to several factors. One major factor is the continuous accumulation of new evidence through scientific research.
As new experiments are conducted and data is gathered, it can challenge or refine existing theories, leading to updates in scientific knowledge.
Technological advancements also play a role in driving change, as they provide scientists with new tools and methods to explore and observe the natural world.
Additionally, scientific debates and discussions within the scientific community contribute to the evolution of knowledge, as different perspectives and interpretations are considered.
Overall, the dynamic and self-correcting nature of science allows for the continuous growth and improvement of our understanding of the world.
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Several elements have two-letter symbols that consist of the first two letters of the element's name, including Aluminum (Al), Boron (B), and Chlorine (Cl). These symbols are universally used in Science for consistency and brevity.
When we look at the periodic table, we find that a number of elements have two-letter symbols that contain the first two letters of the element's name. Some examples of these elements include Aluminum (Al), Boron (B), and Chlorine (Cl). In general, the first letter of a chemical symbol is always capitalized, while the second letter (if present) is lowercase.
These symbols are used universally by scientists in order to provide a concise and standardized representation of each element. When writing chemical equations, it's important to ignore the actual number of letters in the word and just focus on the chemical symbols that represent each element.
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