ENDOSYMBIOTIC THEORY is the evolution theory that includes a larger and one smaller cell. The larger cell act as a host and the smaller cell is called the endosymbiont that is engulfed by the host cell. The larger cell referred to eukaryotic cell and the smaller cell represent prokaryotic cell. While BIOCHEMISTRY, is the study of the chemistry of cells and organisms. Thus, it is concerned with the types of molecules found in biological systems, their structure, and their chemical properties. QUESTIONS: Relate how this theory (ENDOSYMBIOTIC THEORY) can applies to this course subject (BIOCHEMISTRY)? Note: Answer properly, make a connection how theory can ber applied to the subject.

ENDOSYMBIOTIC THEORY is the evolution theory that includes a larger and one smaller cell. The larger cell act as a host and the smaller cell is called the endosymbiont that is engulfed by the host cell. The larger cell referred to eukaryotic cell and the smaller cell represent prokaryotic cell. While BIOCHEMISTRY, is the study of the chemistry of cells and organisms. Thus, it is concerned with the types of molecules found in biological systems, their structure, and their chemical properties. QUESTIONS: Relate how this theory (ENDOSYMBIOTIC THEORY) can applies to this course subject (BIOCHEMISTRY)? Note: Answer properly, make a connection how theory can ber applied to the subject.

BIOLOGY:CONCEPTS+APPL.(LOOSELEAF)

10th Edition

ISBN:9781305967359

Author:STARR

Publisher:STARR

Chapter1: The Science Of Biology

Section: Chapter Questions

Problem 6SA: Bacteria, Archaea and Eukarya are three _____________ .

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ENDOSYMBIOTIC THEORY is the evolution theory that includes a larger and one smaller cell. The larger cell act as a host and the smaller cell is called the endosymbiont that is engulfed by the host cell. The larger cell referred to eukaryotic cell and the smaller cell represent prokaryotic cell. BIOMOLECULE, also called biological molecule, any of numerous substances that are produced by cells and living organisms. Biomolecules have a wide range of sizes and structures and perform a vast array of functions. The four major types of biomolecules are carbohydrates, lipids, nucleic acids, and proteins. QUESTION: • How this theory (ENDOSYMBIOTIC THEORY) can be applies to this course subject (BIOMOLECULES)? Note: Make a connection how this theory can be applied in the course subject.
A major difference between prokaryotes and eukaryotes is that prokaryotes Group of answer choices do not have a nucleus in their cells while eukaryotes do. have a nucleus in their cells while eukaryotes do not. have cell walls while eukaryotes do not. are not living organisms, while eukaryotes are. are autotrophs while eukaryotes are not
What is a genus? Group of answer choices A taxonomic ranking dividing members into plants, animals, fungus, bacteria, and archaea. A taxonomic classification seperating an organism that is completely unique from every other organism. A taxonomic ranking where members share very close similarities. A taxonomic classification mainly based on prokaryotic or eukaryotic cell structure. A taxonomic classification where members are remotely similar.
A)The Miller-Urey experiment in 1953 proved that Group of answer choices multicellular organisms can evolve from unicellular ones living cells could arise from non-living substances organic molecules important to living things could form from a "hot soup" of simple substances conditions on early Earth were not as inhospitable as biologists of the time generally believed a source of energy was not required in order for life to develop on Earth
Bacteria, Archaea and Eukarya are three _____________ .
Which of the following statements supports the concept of the endosymbiotic theory? A. Proteins may be trafficked within the endomembrane system. B. Ribosomes are present in the cytoplasm of prokaryotic cells and eukaryotic cells. C. Chloroplasts have many features in common with bacteria. D. Mitochondria can fuse together to form larger organelles within eukaryotic cells.
Which of the following is correct:(a) Cells of all living organisms have a nucleus.(b) Both animal and plant cells have a well defined cell wall.(c) In prokaryotes, there are no membrane bound organelles.(d) Cells are formed de novo from abiotic materials.
Which is a piece of evidence that supports the endosymbiotic theory? Select all that apply. (Group of answer choices) A. many bacteria are resistant to antibiotics B. eukaryotic cells have cell membranes C. mitochondria have their own DNA D. chloroplast DNA is more similar to cyanobacteria DNA than eukaryotic DNA E. ribosomes are present in eukaryotic cells F. mitochondria must divide to multiply, cells can't build them
An astrobiologist discovers a new form of life on another planet. Life here appears to have evolved using DNA as the information storage molecule and proteins to carry out cellular function, much like on Earth, however the individual building blocks on this planet are different. On this planet, there appear to be 3 different nucleotides in the DNA and 30 different amino acids in the proteins. Which of the following conclusions about this form of life would be most justified? These organisms can produce proteins no more than 30 amino acids in length. These organisms must produce 30 different forms of mRNA Amino acids must be coded by sets of 3 nucleotides in the DNA of the organisms on this planet. Amino acids must be coded by sets of at least 4 nucleotides in the DNA of the organisms on this planet. These organisms cannot produce more than 30 kinds of protein.
Which of the following is not a domain in the three-domain system?Question 1 options: a) Archaea b) Eukaryotes c) Fungi d) Bacteria
The Study of Life discusses themes in biology, how life is organized, the types of cellular life forms, evolution, and the process of scientific thinking. In this post, you will demonstrate an understanding of you've learned about the themes in biology, how life is organized, the types of cellular life forms, evolution, and the process of scientific thinking.
Place the following events of the beginning of life in their correct order. - organic polymer form - inorganic molecules form -DNA based cells from - organic monomers form - photocells in the RNA world form