Answer:
A. outside the cell wall
Explanation:
Plant cells contain a rigid cell wall outside so the plasma membrane is need to be just selective and surround the contents inside.It need to be just there to cover the contents. The plasma membrane, likewise called the cell membrane, is the film found in all cells that isolates the inside of the cell from the outside . In bacterial and plant cells, a cell membrane is appended to the plasma film on its outside surface. The plasma membrane comprises of a lipid bilayer that is semipermeable. The plasma membrane directs the vehicle of materials entering and leaving the cell.The plasma layer is a specifically porous layer comprised of a lipid bilayer and proteins encompassing the phone yet inside the cell wall.
The plasma membrane, or the cell layer, gives protection to a cell. It additionally gives a fixed domain inside the cell. What's more, that membrane has a few distinct capacities. One is to ship supplements into the cell and furthermore to ship dangerous substances out of the cell. Another is that the membrane of the cell, which would be the plasma membrane, will have proteins on it which connect with different cells. Those proteins can be glycoprotein, which means there's a sugar and a protein moiety, or they could be lipid proteins, which means there's a fat and a protein. Also, those proteins which stick outside of the plasma layer will take into consideration one cell to interface with another cell. The cell layer additionally gives some basic help to a cell. Presently, there are various plants and various organisms, for example, microbes and green growth, which have diverse defensive components. Indeed, they have a cell wall outside of them, and that cell wall is a lot harder and is basically more solid than a plasma membrane is.
Which of the following best describes a way in which human lifestyle affects the level of greenhouse gases in the atmosphere?
I believe that the answer is D
What tissue are specialized cells that react to tension/stress?
The specialized cells that react to tension or stress are primarily from muscle tissue and dense connective tissue. Muscle tissue is capable of contracting and generating tension, while dense connective tissue like tendons and ligaments demonstrate superior resistance to stretching due to a high collagen fiber content.
Explanation:The specialized cells that react to tension or stress come from two main types of tissue: muscle tissue and dense connective tissue. Muscle tissue can contract and generate tension in response to stimulation which contributes to movement. This is particularly visible in organs like the heart and muscles that often endure a large degree of tension.
On the other hand, dense connective tissue such as ligaments and tendons contain a high number of collagen fibers, which gives them superior resistance to stretching. In short, both muscle and dense connective tissues are specialized to withstand and respond to tension or stress.
In addition to these, many cells including fibroblasts, chondrocytes, osteocytes etc., contribute to the formation of connective tissues, giving them their resilience. Para
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A 12 year-old patient had an adenoidectomy in 2013 and a second adenoidectomy this year. what cpt® code(s) is/are reported for the second adenoidectomy performed this year
The primary CPT code for an adenoidectomy is 42820. For a second adenoidectomy performed on the same patient in the same year, it could be coded as a repeat procedure using the modifier -76 or -77 after the main code.
Explanation:The CPT® (Current Procedural Terminology) code for an adenoidectomy is generally 42820 for a single adenoidectomy or 42821 for adenoidectomy with tonsillectomy. But, if this is a second adenoidectomy performed on the same patient in the current year, then it could be coded as a repeat procedure using the modifier -76 or -77 following the primary code, depending on whether the same physician or a different one performed the procedure. For instance: 42820-76 or 42820-77.
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Why does pharmaceutical advertisement leads to drugs addition?
Why are scientists interested in stem cell research?
Answer:
stem cells can eventually be used to replenish cells in the human body that have been lost to the disease.
Explanation:
Stem cells are undifferentiated and have the ability to limitlessly renew themselves.
The growth hormone level rose so much and caused a markedly accelerated growth in adam because
The proportions of carbohydrate, fat, and protein recommended for the diets of physically active individuals are not within the ranges recommended to the general public. question 38 options:
a. True
b. False
“any process used to ask and answer testable questions about observations of the natural world” defines which terms
Answer:
Scientific research is based on the scientific method. The objective of a scientific investigation is to obtain information based on observations to solve questions and understand the natural phenomena that surround us. In a scientific investigation it is important to be clear about the research question, the initial hypothesis, the methodology and how the results will be analyzed.
Gene families are groups of _______ genes that arose by _______ and _______. homologous; gene duplication; sequence evolution homologous; speciation; sequence evolution homologous; gene duplication; genetic drift heterologous; gene duplication; sequence evolution heterologous; speciation; genetic drift
During what stage of complete cellular respiration is most of the atp produced
Information processing in the body involves neurons communicating with each other at their _____.
which macromolecules were present in the unknown solution?in the milk?
Macromolecules contain large number of atoms. Milk contains both carbohydrates and proteins, because it gave a positive result upon the addition of Benedict’s solution which indicated an orange color. It means that there is a concentration of reducing sugars in milk.
Is a regulatory mechanism in which the end product of a metabolic pathway inhibits an enzyme that catalyzes an early step in the pathway?
Hydrogen bonding results in two processes which we see as ____ and ____
Answer:
Disassociation, polarization and attraction
Explanation:
In an hydrogen bond, the hydrogen act as partially positive atom while the other element to which it is bonded act as partially negative atom. This second element other than the hydrogen can be oxygen, fluorine, chlorine etc.
First the hydrogen bonds disassociates and polarizes thereby forming two poles one positive and the other one negative.
The positive poles now try to attract the negative pole of other molecule of the same substance or any other substance. The same happens with the negative pole also.
Which is not a problem associated with the increased use of nuclear energy?
A. the possibility of a serious nuclear accident
B. too many nuclear explosions in reactors
C. the cost of building safe nuclear facilities
D. major hazards involved in nuclear waste disposal
Please explain your answer! :)
B. too many nuclear explosions in reactors
Explanation;Nuclear power involves the use of nuclear reactions which produce nuclear energy which in turn generate heat, that is used in steam turbines to produce electricity in a nuclear power plant.Nuclear power is not associated with production of green house gases such as carbon dioxide, sulfur dioxide, etc, like fossil fuels. However it is associated with a number of problems which include; Cost of building safe nuclear facilities, major hazards involved in nuclear waste disposal and the concern over the possibility of a serious nuclear accidentusing this hypothesis "if you eat candy, then you will get cavaties" what is the independent variable
The enzyme known as ‘catalase’ is involved in the breakdown of hydrogen peroxide molecules into separate water and oxygen molecules. During this reaction, what happens to the ‘catalase’?
The enzyme known as ‘catalase’ is involved in the breakdown of hydrogen peroxide molecules into separate water and oxygen molecules helps speed up or speed slow down the reaction as it is an enzyme.
What is enzymes ?These are the biological catalysts that help to slow down or breakdown the rate of reaction that is the reaction in which the reactants are getting broken down into products.
Catalase enzyme that will help to breakdown the hydrogen peroxide into its products as mentioned in the equation which help to catalyse the reaction but remain unaltered on itself that is enzymes do follow the lock and key mechanism.
The substrate and enzyme fit into each other like the lock and key but after the condition change of reactants into products, the substituents remain unchanged and without getting used gets released out from the reaction.
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which process provides the energy used to make ATP from ADP?
Answer:
Option A, the break down of food molecule
Explanation:
During hydrolysis of ATP, 1 molecule of phosphate is released and ADP is formed
The hydrolysis of ATP to produce ADP is a reversible reaction and thus ADP uses the extra energy with in the cell to convert back to ADP. This extra energy comes from the food break down.
The reactions involved are as follows
Hydrolysis of ATP
ATP ----> ADP + P + energy
Formation of ATP from ADP
ADP + P + energy --------> ATP
These cells are part of the domains Archaea and Bacteria.
prokaryotes
eukaryotes
Answer:
Prokaryotes.
Explanation:
Prokaryotes are the unicellular organism that lacks the membrane bound organelle. A well defined nucleus is absent in the prokaryotic organism. Three domain of life are archaea, bacteria and prokarya.
Prokaryotes include the domains archaea and bacteria. Both these domains contain flagella like structure for their locomotion. The organisms are unable to be seen with naked eye and all organism are microscopic organism.
Thus, the correct answer is prokaryotes.
Internal respiration requires a higher oxygen concentration in the _____ than in the _____.
The two brassica morphs used in this lab differ at the body color locus. list 3 other aspects of phenotypic variation that you might reasonably expect to see among plants:
The 3 other aspects of phenotypic variation can be size of leaves, shape of leaves, size of seeds.
Further Explanation:
All the plants have a basic body organization. They possess stem, root, leaf etc. Every plants differ from each other. The different forms of the species of plants is known as morphs of plant.
The genetic variation may result in occurrence of different forms or morphs of an organism. These variations are crucial for evolution to occur and also in determining the relative fitness of an organism. The genetic variation can also be exhibited in the form of phenotypic variation.
Brassica is the genus of plant that belongs to mustard family. They are used in production of nutritionally important vegetables such as cabbage, mustard, broccoli etc.
Brassica also exhibits different morphs. An example of morphs of Brassica plants can be the two brassica morphs that differ at the body color locus. The presence of different alleles in the population at the body color locus of the brassica plant may give rise to differential body color in brassica morphs. The other phenotypic variation that can be seen among these plants are-
• Size of leaves
• Shape of leaves
• Size of seeds
The size and shape of leaves may influence the photosynthesis efficiency of a plant. The size of seed may influence the amount of storage product present in them.
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1. Learn more about genes: https://brainly.com/question/1901841
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3. Learn more about genetic code: https://brainly.com/question/4037964
Answer Details:
Grade: College Biology
Subject: Biology
Chapter: Genetics of Brassica plant
Keywords:
Morphs, genetic variation, phenotypic variation, evolution, Brassica, broccoli, cabbage, mustard, locus, relative fitness, alleles, population, species.
Please help me!!
Humans, plants and mushrooms are all alive. What do these organisms have in common?
Answer:
All living things such as Humans, plants and mushrooms respire, reproduce, locomote, grow, die and decompose.
Explanation:
Since Humans, plants and mushrooms are all living things (biotic) they have following common characteristics -
a) They all are made up of cells which divide by the process of either mitosis or meiosis to grow and reproduce.
b) They all show locomotion in some way.
c) They all have certain vital tissues that are nothing but the specified cells that helps performs specific function.
d) They all die and are decomposed by microbes.
e) They all respire and need nutrition for their survival.
Humans, plants and mushrooms have in common that they are all composed of cells, which are the basis of life.
Cells are the smallest element within the complex structure of living beings and are the basis of their levels of organization.
Common characteristics among humans, plants and mushrooms:
They are multicellular beings (with several cells).All them feed themselves, through food they incorporate certain materials from the environment, these materials are transformed and used to carry out all activities.All them breathe. All them reproduce, that is, they originate new individuals similar to them.In order to maintain their cellular organization, they carry out a biological process known as homeostasis.All comply with the life cycle.Therefore, we can conclude that humans, plants and mushrooms have in common that their biological composition is based on cells and they perform the three vital functions (nutrition, respiration and reproduction).
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(Forensics) The first insects to arrive at a death scene are the ______.
blowfly maggots
blowfly larvae
blowfly pupae blowfly
adults looking for a place to lay their eggs
Answer:
d
Explanation:
obviously.
The combining form that refers to the male gland that encircles the upper end of the urethra is:
The combining form referring to the male gland that encircles the upper end of the urethra is 'prostat/o' which relates to the prostate gland. It is used in medical terminologies like 'prostatitis' and 'prostatectomy'.
Explanation:The combining form that refers to the male gland that encircles the upper end of the urethra is 'prostat/o'. This form is derived from the word prostate, which is the name of the gland in question. The word 'prostate' itself comes from a Greek word meaning 'one standing in front', referring to its location in the body. The prostate gland plays a crucial role in sexual functions and in the process of ejaculation.
For instance, in medical terminology, you may see this combining form used in words like 'prostatitis', which is inflammation of the prostate gland, or 'prostatectomy', which is the surgical removal of all or part of the prostate gland.
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What type of connective tissue is found only in the umbilical cord?
Which term best describes the condition of red blood cells when placed in a hypotonic solution?
What role do cfcs play in the catalytic destruction of ozone?
Cells reproduce by splitting in half, a process called cell division. what do cells need to do between divisions to make sure that they don't just get smaller and smaller? answer the cells grow larger so they just don't get smaller and smaller.
Cells grow during the interphase of the cell cycle, which includes DNA replication to prepare for division. This ensures that each new cell is of the proper size and has the correct genetic material, preventing them from getting smaller with each division.
Explanation:Cell Growth and Division:
To ensure cells do not simply get smaller and smaller with each division, they need to grow. This growth happens in the interphase stage of the cell cycle. During interphase, the cell increases in size and prepares for division by replicating its DNA. After a cell is born, it passes through this critical phase before it is ready to divide. Interphase consists of gap phases (G1 and G2) and the S phase, where DNA replication occurs. Once a cell has grown and replicated its DNA, it can enter mitosis and cytokinesis, thus completing cell division and ensuring each new daughter cell has the correct amount of genetic material and cellular components. Cell division is the basis of growth, development, and maintenance of organisms.
DNA replication is a crucial step that occurs just before the cell divides. Two identical chromosomes are created from one, which guarantees that each new cell receives a full set of chromosomes. This precise process is essential for cell growth and health of an organism.
The relationship between cell division and growth varies across organisms. Some cells may divide without growth during early development, but eventually, to continue dividing, there needs to be an increase in mass and size shown by the acquisition of materials for new cell formation.
What is the most important difference between asexual reproduction and sexual reproduction?
Differences between asexual reproduction and sexual reproduction can be summarized into 6 aspects:
1. Number of parents
2. Makeup of offspring
3. Cell division process
4. Advantages
5. Disadvantages and,
6. Life cycles
Among the six, the most important difference where you can easily identify asexual and sexual reproduction is the number of parents. In asexual reproduction, there is only one parent (either a male or a female) while in sexual reproduction, there are two parents (1 male and 1 female).
Amy made the table shown to describe two different relationships between animals.
Organism InteractionsRelationship A Relationship B
Both organisms benefit One organism benefits, the other is unaffected
Which of the following statements is most likely correct?
Relationship A is parasitism and Relationship B is competition.
Relationship A is competition and Relationship B is parasitism.
Relationship A is commensalism and Relationship B is mutualism.
Relationship A is mutualism and Relationship B is commensalism.
Answer:
Option (4).
Explanation:
Biological interactions are important among the organism that helps them to survive in their environment. Biological interactions may be harmful or useful for the organisms.
Mutualism may be defined as a type of interaction in which both the species are benefited from each other. Amy should include relationship A in mutualism. Commensalism may be defined as the type of interaction in which one species is benefited and other organism is neither benefited nor harmed the individual. The relationship B is involved in commensalism.
Thus, the correct answer is option (4).