Your answer should be: climax community.
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After a natural disaster occurs in a healthy ecosystem, secondary succession will cause the ecosystem to return to its original climax community.
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Hope this helps!
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An individual has inflamed connective tissue in the lungs. Which of the following best predicts the effect of this inflammation on the individual?
An individual has inflamed connective tissue in the lungs which predicts that the individual will not breathe as efficiently, resulting in decreased oxygen levels in the body.
The mechanical structure and dynamic stability of the lung design are both supported by connective tissue. thus the connective tissue inflammation is related to the pleural membrane.
A membrane in the thorax called the pleura serves primarily as protection for the lungs.
Thus, the inflammation will cause problem in the exchange of the oxygen and carbon dioxide between the lungs membrane and the RBCs in the blood vessels and thus the individual will not be able to breathe properly and thus it will result in the decreased oxygen levels in the blood.
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Facilitated diffusion requires energy and can transport molecules against a concentration gradient. True or false?.
1.2.2 Quiz: Themes in Biology
Question 2 of 10
What is the name of a group of connected and related organisms?
A. Flow
B. Matter
C. Energy
D. System
Answer:
D
Explanation:
The movement of materials across the cell membrane from an area of higher concentration to an area of lower concentration
is called
Answer:
diffusion
Explanation:
One loop of a trna molecule includes the ______, which is complementary to an mrna codon, and the other end of the trna molecule carries an ______ corresponding to that mrna codon.
One loop of a tRNA molecule includes the anticodon, which is complementary to an mRNA codon, and the other end of the tRNA molecule carries an amino acid corresponding to that mRNA codon.
What are tRNA and mRNA?The transference RNA or tRNA is a molecule that serves to connect the amino acid code on the mRNA sequence in the ribosome to synthesize a polypeptide chain, while the messenger (mRNA) is the nucleotide sequence used to create a protein.
In conclusion, one loop of a tRNA molecule includes the anticodon, which is complementary to an mRNA codon, and the other end of the tRNA molecule carries an amino acid corresponding to that mRNA codon.
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According to locke, punishing someone for behaviors he/she has no recollection of doing is equivalent to punishing him/her for actions that were never performed? do you agree with him? why or why not? defend your answer.
Yes, a person that has no recollection of performing any unconscious act does not deserve to be punished.
It is no less unjust, if Locke is correct, to hold someone responsible for actions about which he has a distorted memory. That is, if his memory of behaviour consists of his admirable intent and the righteousness of act, then to punish him for such act is itself unjust. His biased memory makes it impossible to punish him without also acting unjustly; for he finds your punishment incongruent with his laudable behaviour.
The punishment does not match his skewed memory because the circumstance of unconsciousness could not be deliberately affected.
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What determines the type of ecosystem or biome that forms?
Answer:
Minerals
Explanation:
Answer:
I believe the answer is flora
Explanation:
The definition of flora is the plants of a particular region, habitat, or geological period.
Which of the following is not true about needles
Answer: they resist freezing
Explanation:
manatees, aquatic mammals inhabiting florida’s rivers and coastal waters, swim close to the surface and are frequently killed in collisions with boats. to address the problem, boat traffic in manatee-populated waters is being required to maintain very low speeds. unfortunately, manatees are unable to hear low-pitched sounds and a boat’s sound lowers in pitch as the boat slows. therefore, this approach may in fact make things worse rather than better.
Fast-moving boat traffic can disturb or harm water hyacinth beds because the water hyacinth that manatees feed on develops best in water that is practically motionless.
In the scenario described in the question, it is said that manatees cannot hear the sluggish boats' low-pitched sounds, which could lead to more crashes and fatalities.
The response, if accurate, raises doubt about the findings since it makes sense for the boats to slow down even though the likelihood of hitting a manatee increases because the hyacinth that manatees eat grows best in calm water.
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What is a key difference in gene expression between eukaryotic and prokaryotic cells?
Answer:The main difference between prokaryotic and eukaryotic gene expression is that the entire prokaryotic gene expression occurs in the cytoplasm whereas a part of the eukaryotic gene expression occurs inside the nucleus while rest occurs in the cytoplasm.
Explanation:Prokaryotic gene expression (both transcription and translation) occurs within the cytoplasm of a cell due to the lack of a defined nucleus; thus, the DNA is freely located within the cytoplasm. Eukaryotic gene expression occurs in both the nucleus (transcription) and cytoplasm (translation)
Diseased animal cells may produce molecules that activate death cascades to kill the cells in a controlled manner. Why would neighboring healthy cells also die?.
Diseased animal cells may produce molecules that activate death cascades to kill the cells in a controlled manner. Neighboring healthy cells will also die because d. the death molecule passes through gap junctions.
Gap junctions are the intracellular connections that make it possible for neighboring cells to communicate with each other. The cytoplasms of the neighboring cells are able to exchange ions, molecules, impulses, etc through these gap junctions. Hence, these gap junctions are extremely important for the transfer of material between neighborly cells.
However, if healthy cells form gap junctions with diseased cells that form death molecules to kill themselves, then the death molecules can pass through the gap junctions to the healthy cells as well. As a result, the neighboring healthy cells will also die.
Although a part of your question is missing, you might be referring to this question:
Diseased animal cells may produce molecules that activate death cascades to kill the cells in a controlled manner. Why would neighboring healthy cells also die?
a.The death molecule is passed through desmosomes.
b.The death molecule is passed through plasmodesmata.
c.The death molecule disrupts the extracellular matrix.
d.The death molecule passes through gap junctions.
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Blood readily moves through vessels because it contains a high volume of water. which property of water describes this ability?
The property that describes the ability of blood to move readily through vessels because it contains a high volume of water is: low viscosity.
Blood is the fluid that facilitates the transport of various substances across the whole body. It is a red-colored fluid that receives its color due to a pigment called hemoglobin. The substances that blood can transport are: gases like oxygen and carbon dioxide, waste material, hormones, immune cells, etc.
Viscosity is the property of fluids that determines the resistive power of fluids. The more a liquid is viscous, the more it has the resistive power to move or change its shape. Water has very less viscosity and hence can easily move or change shape according to the vessel it is present in.
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An elderly patient might understate or minimize the symptoms of his or her illness because:_________
An elderly patient might understate or minimize the symptoms of his or her illness because of decreased perception of pain.
How do perceptions work?In order to represent and comprehend the information or environment being given, perception involves the organization, identification, and interpretation of sensory data. All perception is based on neurological signals that are sent when the sensory system is chemically or physically activated.
Which 4 categories of perception are there?The several senses are frequently used to divide up the various sorts of perception. This encompasses all forms of perception, such as those involving sight, smell, touch, sound, and taste. We usually employ all of these at once to perceive our surroundings.
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1. What is the union of the sperm and egg called?
2.In which female reproductive organ does this union occur?
3.What is it called if the union stays in the wrong female reproductive organ and does not proceed to the uterus?
4.Can this pregnancy continue?
What is another name for the female egg?
Explanation:
1.)Fertilization:-it is also the fusion/union of a male sperm and a female egg
2.)fallopian tube:-insermination also occurs here
3.)Azoospermia:-
4.)No
another name for a female egg is the ova
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Select all features of ginkgophytes.
a. they have lost the gametophyte generation.
b. they produce sperm with flagella.
c. they produce fruits.
d. they are dioecious.
e. they produce seeds.
The features of ginkgophytes are:-
b. they produce sperm with flagella.
d. they are dioecious.
e. they produce seeds.
Ginkgophytes are the plants which belong to the division Ginkgophyta of Gymnosperms. These plants produce sperm which are flagellated. Ginkgophytes are dioecious, i.e. pollen-forming male reproductive structures and the female reproductive structures (ovules) are present on separate plants and not on the same plant.
Ginkgophytes produce seeds since they are Gymnosperms. However, these plants do not produce fruits. The entire reproductive cycle of the plant is completed in a period of about 14 months e.g. Ginkgo. Development of gametophytic phase takes place in the first year whereas, embryo development is completed by the time of spring in the next year.
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what would your reaction be to a person's claim that they are right-brained or left-brained? in other words, is hemispheric specialization absolute or relative
The terms "left-brained" and "right-brained" are people who use the right side of their brains more are more creative, thoughtful and subjective, while those who tap the left side more are more logical, detail-oriented and analytical.
whereas those who use their left brains more are more logical, analytical, and detail-oriented.1,011 persons between the ages of 7 and 29 had their resting brain scans examined by researchers to determine their functional lateralization, or the distinct mental processes occurring on each side of the brain.Absolutely, certain brain functions take place on either one or the other side of the brain, according to Anderson. "While attention tends to be on the right, language is typically on the left. But neither the left nor right sides of people's brain networks are typically stronger.To learn more about brains.
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What fraction of the offspring from a cross between two animals with the genotype aabbcc are expected to be homozygous recessive for the three traits?.
1/64 fraction of the offspring from a cross between two animals with the genotype aabbcc are expected to be homozygous recessive for the three traits.
What is a homozygous example?When two identical copies of a gene are present, you are said to be homozygous for that gene. In contrast, a genotype with heterozygosity has different alleles. Everyone who possesses a recessive trait, such as red hair or blue eyes, is homozygous for the that gene.
What does homozygous female mean?X chromosomes and the autosomes each contain two copies of each gene, and in homozygous people (homozygotes), both copies of the allele are the same.
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The process of converting
into
that requires oxygen.
Can you match them to the proper categories Please Help!!! Real answers only!!! 60 POINTS!!
Monomers are small organic molecules that compose polymers. The main atoms are C, H, and O, but other atoms are present too. Typical polymers are carbohydrates, lipids, proteins, and nucleic acids. You will find the complete table in the attached files.
What are monomers and polymers?
Polymers are large molecules composed of multiple similar units called monomers.
Monomers are organic molecules of reduced molecular mass. They are basically composed of carbon, oxygen, and hydrogen atoms, which establish covalent bonds. Other atoms can be involved as well.
When many monomers join through chemical bonds, they form a polymer. These subunits do not need to be identical.
In the exposed example, we have four polymeric molecules. Let us fill the empty spaces,
1)
Name: CarbohydrateAtoms: CHOMonomers: MocnosaccharideFood: PastaOther: Fast energy source2)
Name: LipidAtoms: CHOMonomers: Glyserol + Fatty acidFood: OilOther: Cell membrane, insulation, long term energy cource3)
Name: ProteinsAtoms: CHONMonomers: Amino acidsFood: SteakOther: Fasta Cell membrane, enzymes, antibodies4)
Name: Nucleic acidsAtoms: CHONPMonomers: NucleotidesFood: Strawberry cellsOther: Genetic material storageYou can learn more about monomers and polymers at
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When moving from left to right across a period, ionization energy is increasing. By which other trend is this caused?
The ionization increases when it moves from left side to the right side of the periodic table.
When moving from left to right across a period, ionization energy is increasing. By which other trend is this caused?
If we see in the periodic table then we can easily see that, the first ionization gradually increases if we move left to right in the periodic table. The whole process occur due to the increase in nuclear charge, due to the result of which the valence electron more strongly bound to the nucleus. Generally the atomic radius decreases when it moves across the period, so due to which a greater attraction between the negatively charged electrons and positively-charged nucleus occurs.
So we can conclude that the ionization increases when it moves from left side to the right side of the periodic table.
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The ionization energy increases when it moves from left side to the right side of the periodic table.
Which other trend is this caused when moving from left to right?If we see in the periodic table then we can easily see that, the first ionization energy gradually increases if we move left to right in the periodic table. The process occur due to the increase in nuclear charge, due to the result of which the valence electron are strongly bound to the nucleus. We know that the atomic radius decreases when it moves from left to right across the period so due to which a greater attraction between the negatively charged electrons and positively charged nucleus occurs which present proton.
So we can conclude that the ionization energy increases when it moves from left side to the right side of the periodic table.
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An investigation was done to see if the diameter of rubber tubbing affects the time to siphon water out of a container what would the manipulated variable be
Answer: The factor of safety in a plumbing system and determination of the upper limit of service for a 3-inch soil stack. 146. Establishment of a factor of safety.
Explanation:
The manipulated variable in the investigation is the diameter of the rubber tubing to determine its impact on siphoning time.
In the investigation exploring the impact of rubber tubing diameter on the time required to siphon water from a container, the manipulated variable is the diameter of the tubing. This variable is intentionally altered by the researcher to assess its influence on the siphoning process. By testing various tubing diameters, the researchers aim to observe any patterns or trends regarding the time it takes for water to be siphoned out.
This investigation seeks to determine if there is a correlation between tubing diameter and siphoning time. Controlling other factors, such as the volume of water, height difference, and tubing length, allows for a focused examination of the specific impact of tubing diameter on the efficiency of the siphoning process.
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The complete question is:
An investigation was done to see if the diameter of rubber tubing affects the time to siphon water out of a container. What would the manipulated variable be?
Kohlberg used the Heinz scenario to create his stages of Moral Development.
True or false
Answer:
True
Explanation:
I NEED HELP
Water has a low viscosity (thickness). How might the movement of the dyes
change if a fluid with a higher viscosity is used? 1
The movement of the dyes would change in the negative if a fluid with higher viscosity is used. i.e lower movement of the dye through the medium
This is further explained below.
What kind of effects does viscosity have on the flow of fluid?Generally, One way to think about viscosity is as a measurement of the resistance that a fluid has to flow through it.
When compared to a fluid with lower viscosity, a liquid with a surface tension has a lower flow rate but a higher resistance, which is akin to having more friction.
This resistance may be thought of as the equivalent of having greater friction. To provide an example using language that is more accessible to people, we may state that the viscosity of a fluid is lower when it moves through its environment in a more orderly fashion.
In conclusion, If a fluid with a greater viscosity were utilized, the mobility of the dyes would be altered in an unfavorable manner. meaning that there is less mobility of the pigment throughout the medium
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Justin is listening to the radio when he hears the sound of sirens, which he mistakes for the police turning on their sirens behind him. He immediately presses on the brakes, has an accelerated heartbeat and higher blood pressure, as well as sweaty palms. His reaction is known as?.
Justin's reaction is a stress response. It is due to presence of fight-or-flight hormone. Adrenaline triggers fight-or-flight response. It is released by the adrenal glands.
What is Stress Response?
Stress hormone is epinephrine or adrenaline. It is secreted by the action of sympathetic nervous system which is a part of Autonomic Nervous System. Adrenaline controls tachycardia, blood glucose, and muscle tension.
This hormone helps an individual to prepare for the situation of danger or stress. Adrenaline hormone released from the adrenal glands which are present on the top of each kidney.
Justin is experiencing accelerated heartbeat, high blood pressure and sweaty palms due to secretion of epinephrine hormone.
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The bacterium in the diagram has been magnified so that it appears to be 2.0 cm in length. If its actual length is 2.0 µm, how many times has it been magnified?
The bacteria shown in the figure has been magnified ten thousand times, as indicated by the value of the magnification factor.
What is the magnification of an object?When examined using a magnifying device such as a microscope, the size of an item seems to have expanded by a certain degree or quantity. This phenomenon is referred to as the magnification of the thing in question.
Magnification = size of the image/size of the actual object
Therefore
[tex]1 µm = \frac{1}{00 000}--- > 1 µm = \frac{1}{10 000 }cm[/tex]
Therefore
2.0 µm = 2.0 * 1/10 000 cm
= 2.0 * 10^{-4} cm
Hence, Magnification
M= 2.0 cm /2.0 * {-4} cm
M = 10000 X
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How would the color mutation affect a wallaby that was living in the wild versus one that was living in a zoo?
Answer:
All the types of well known and famous Albino animals mostly look very adorable and too cute. But there is this lack of melanin which is in their bodies and this relatively causes a huge amount of hardships for these pigment-challenged creatures. This is the only drawback which we can spot in them and other than that they are adorable.
Explanation:
Explain why significant figures represent the precision of a measurement and not its accuracy.
Precision, on the other hand, refers to the variance you observe when you evaluate the same part again with the same tool. Accuracy, on the other hand, refers to the difference between both the measure and the part's real value.
Because there is less room for error in the approximated digit, measurements with more significant figures have higher repeatability or precision. A value with more significant figures is just more exact than a calculated values with fewer significant figures; it is not automatically more accurate. A value of 1.2 m, for instance, was measured using a less accurate measurement instrument, while a value of 1.5422 m was measured using a more exact measuring tool. The measurement made using the less accurate measurement instrument would be more precise if the measured object actually measured 1.19 m.
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The elimination of rinderpest impacted the wildebeest population. What type of
factor is rinderpest?
density-dependent
density-independent
dependent
independent
Correct option a) density-dependent
Rinderpest is an RNA virus of farm animals this is intently associated with the human measles virus. The virus fast unfold at some stage in the continent of Africa. Wildebeest population sizes are stricken by a number of factors, together with ailment, useful resource availability, and human impacts.
Within an insignificant eight years it killed an predicted 90% of the wild wildebeest and buffalo in east Africa. Rinderpest is a viral ailment that infects farm animals, wildebeest, and different hoofed animals. The ailment had affected farm animals and natural world withinside the Serengeti area for decades.
Death fees have been extraordinarily high, specially amongst wildebeest calves.the wildebeest populace in Serengeti National Park, Tanzania, commenced growing at a charge a lot quicker than before. Scientists decided that this boom became because of numerous factors, together with the eradication of a ailment known as rinderpest.
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Enzymes
Which of the following can be cofactors?
organic molecules
inorganic molecules
anions
cations
Answer:
organic molecules and cations
Jennifer is writing an algorithm to analyze a play that she is reading. What type of algorithm would be appropriate for this application? (1 p
O greedy algorithm
O graphing algorithm
O machine learning algorithm
O linear programming algorithm
O linear programming algorithm is the type of algorithm would be appropriate for this application
What three varieties of linear programming are there?The following are the several forms of linear programming: the Simplex technique for solving linear programmes.
Linear programming is a branch of mathematics that is heavily utilised in combinatorial optimization (LP). The LP problem is an optimization problem with a linear objective function and all associated constraints, thus the name.
Different approaches can be used to tackle a linear programming problem. Examples include the graphic technique, the simplex approach, the ellipsoid method, and interior point methods.
Identifying the quantities you need to know to solve the problem is the first step in constructing a linear programming challenge.
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Based on the information provided, a graphing algorithm would be most appropriate for analyzing a play.
Graphing algorithms are commonly used for analyzing relationships and connections between entities. In the context of analyzing a play, the algorithm could represent characters, scenes, or events as nodes in a graph and establish connections between them.
This would allow Jennifer to analyze the interactions, dependencies, and patterns within the play.
Greedy algorithms, machine learning algorithms, and linear programming algorithms are not specifically tailored for analyzing literary works like plays.
While they may have applications in other domains, they are not the most suitable choice for analyzing the structure and content of a play.
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