According to the research, the correct option is a. Competition between members of the same species is called <u>intraspecific </u><u>competition</u>, while competition between members of different species is called <u>interspecific </u><u>competition</u>.
<h3>What is Competition?</h3>
It refers to a specific type of relationship between living beings or the interaction between members of the same biological population or of more populations for the same environmental resource, that is, in which both compete for the benefit, instead of collaborating for the mutual good.
Intraspecific competition corresponds to the dispute between individuals of the same species for one or more resources of the environment and different species (interspecific).
Therefore, we can conclude that according to the research, the correct option is a. Competition between members of the same species is called <u>intraspecific </u><u>competition</u>, while competition between members of different species is called <u>interspecific </u><u>competition</u>.
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The urea cycle also known as the o r n i t h i n e cycle is a cycle of biochemical reactions that produces you re a from ammonia this cycle occurs in u r e o t e l i c organisms
The answer would be skeletal markers and DNA analysis.
Skeletal markers are often used to identify the biological gender of skeletal remains. The most commonly used skeletal markers can be observed in the skull and in the pelvic bone.However, the accuracy of his method is limited to adults only the differences between male and female skeletal markers usually become visibly only after maturation.
DNA analysis is more widely uses nowadays because with the technology of today, laboratories can now detect and X and Y chromosome-specific sequences, which help them identify the biological gender.
Answer:
1. Translation
2. Ribosome
3. Peptide
4. Amino acids
5. Proteins
Explanation:
tRNA, known as transfer RNA, is a special type of RNA that functions majorly in the translation process where. tRNA reads the codons in the mRNA molecule using its anticodons and carries corresponding amino acids to the growing peptide chain in the ribosome. The amino acids are later used to form proteins.
Based on the above explanation, the answers to the blank spaces in the question are typed in BOLD:
- tRNA is used during TRANSLATION in the organelle named RIBOSOME to form long PEPTIDE chains of AMINO ACIDS which are then sent on to be folded and formed into PROTEINS.