which best defines carrying capacity
Fundamental differences in the cell, the basic unit of life, allow for the broadest classification of all living organisms into three domains: Bacteria, Archaea, and Eukarya. Which of the following can organisms NOT be classified on?A: Ability to obtain nutrients B:Mode of reproduction C:Physical characteristics D:Lacking a nucleus
Answer:
Physcical characteristics
Explanation:
Since the question has to do with fundemental classification then it cant have anything to do with physical classificaton.
Physical characteristics alone cannot be used to classify organisms. Therefore, option C is correct.
What is the classification of organisms?The definition of classification is the division of identified species into various groups or taxa based on similarities and differences. The three types of categorization are Phylogenetic classification, Natural classification, and Artificial classification.
Taxonomy, which comprises all plants, animals, and microbes in the world, is the study of naming, characterizing, and categorizing creatures. The seven major taxonomic ranks are kingdom, phylum or division, class, order, family, genus, and species.
Physical characteristics alone cannot be used to classify organisms. Therefore, option C is correct.
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“Whole genome sequencing increases the effectiveness of the treatment.” Which sentences support this information?
Select all that apply.
People can have personalized treatment plans.
The genome has vast information to interpret.
The roles of most of the genes are still unknown.
Physicians can diagnose diseases in early stages.
Answer:
the second sentence and the 4th one
I really forgot this one but have a feeling its these ones if you know anymore information then i do combine the 2 information.
Explanation:
how does the photosynthesis equation and the cellular respiration equation explain why the total amount of O2 and CO2 remains the same?
Explanation:
If you look at the photosynthesis equation, it goes: [tex]6CO_{2} + 6H_{2}O + sunlight -> C_{6} H_{12} O_{6} + 6O_{2}[/tex]
Now the cellular respiration equation goes: [tex]C_{6} H_{12} O_{6} + 6O_{2} -> 6CO_{2} + 6H_{2}O + ATP[/tex]
Do you see the similarity? The only difference in these two is that sunlight is replaced with ATP in the cellular respiration equation, and we can safely assume that the energy used and released in both are the same as the rest of the equations are identical.
The balance of oxygen and carbon dioxide in the atmosphere is maintained through the cyclical relationship between photosynthesis and cellular respiration. The equations for these processes reflect their inverse nature, ensuring that the total amounts of these gases remain the same through a process of recycling and changing forms.
The equations for photosynthesis and cellular respiration are essentially the reverse of each other, maintaining a balance of oxygen (O₂) and carbon dioxide (CO₂) in the atmosphere. During photosynthesis, plants and other autotrophs take in CO₂ and water (H₂O) to produce glucose (C6H12O6) and release O₂ as a byproduct, as per the photosynthesis equation: 6CO₂ + 6H₂O → C6H12O6 + 6O2. Conversely, cellular respiration, carried out by plants, animals, and fungi, utilizes O₂ and glucose to produce energy, releasing CO₂ and H₂O in the process, with the cellular respiration equation being: 6O₂ + C₆H₁₂O₆ → 6CO₂ + 6H₂O.
This cyclical relationship ensures that the total amount of O₂ and CO₂ remains the same, as the substances are recycled indefinitely, changing form but never disappearing. The exchange of CO₂ and O₂ through these processes contributes to the stable levels of these gases in the Earth's atmosphere. This balance is crucial for the functioning of ecosystems, as it enables organisms to access energy either directly from the sun, in the case of photosynthesis, or from the stored energy in carbohydrates, in the case of cellular respiration.
Tides are caused by
a. strong winds that blow over ocean waters
b. the interaction of Earth, the moon, and the sun
c. the shifting of the plates on the ocean floor
d. variations in the salinity of ocean water
Answer:
B. The interaction of Earth, the Moon, and the Sun
Explanation:
The gravitational attraction of the moon causes the oceans to bulge out in the direction of the moon.
An environmental factor that causes a population to decrease is called a ____________.
Answer choices:
Limiting factor
Competition
Carrying capacity
Symbiosis relationship
Answer:
It is limiting factor and competition.
Final answer:
An environmental factor that reduces a population size is a 'limiting factor'. These include insufficient resources such as food or space, and also factors like disease and predation that can impede population growth and help maintain the population at its carrying capacity.
Explanation:
An environmental factor that causes a population to decrease is called a limiting factor. Limiting factors are elements in the environment that can lower the population growth rate by reducing resources or introducing challenges that affect survival rates. Common limiting factors include low food supply, lack of space, insufficient water or nutrients, disease, and predation. If more and more individuals are added to an environment without an increase in essential resources, not all can survive, similar to a scenario where 24 people try to share 12 hamburgers and eventually, not everyone can eat. Therefore, when a population faces limiting factors, growth is no longer exponential. Instead, it follows a logistic growth pattern, also known as S-curve, where the population levels off at a carrying capacity, which is the maximum population size that the habitat can sustain.
Which seasons are shown in model B for the Northern and Southern Hemispheres? Explain your answer.
Answer:
The Northern Hemisphere is pointing toward the Sun, so it is summer in the Northern Hemisphere. The Southern Hemisphere is pointed away from the Sun, so it is winter in the Southern Hemisphere.
Explanation:
The seasons in the Northern and Southern Hemispheres are determined by Earth's tilt. In June, it's summer in the Northern Hemisphere due to more direct sunlight and longer days, while it's winter in the Southern Hemisphere. This pattern is reversed in December. Spring and autumn represent more equal sunlight distribution. But, latitudinal location also affects the intensity of seasons.
Explanation:The seasons in the Northern and Southern Hemispheres are determined by the tilt of Earth's axis of rotation. In June, when the Northern Hemisphere 'leans into' the Sun, it is summer in the Northern Hemisphere due to longer days and more direct sunlight, whereas it is winter in the Southern Hemisphere. In December, this pattern is reversed: the Southern Hemisphere receives more direct sunlight and experiences summer, while it is winter in the Northern Hemisphere.
During the spring and autumn equinoxes, both hemispheres receive equal shares of sunlight. Specific dates like June 21 and December 21 represent the summer and winter solstices, respectively, and March 21 and September 21 represent the spring and autumn equinoxes. However, the effects of seasons vary at different latitudes. Near the equator, there's less variation in seasons, whereas in the polar regions, the differences are more pronounced.
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The material that makes up chromosomes is ?
Answer:
DNA molecule
Explanation:
In the nucleus of each cell, the DNA molecule is packaged into thread-like structures called chromosomes. Each chromosome is made up of DNA tightly coiled many times around proteins called histones that support its structure.
How does a DNA molecule determine which proteins are produced by a cell?
Answer:
The sequence of bases in a DNA molecule can determine the order of amino acids in a protein molecule. Groups of three bases called triplets represent different amino acids. This is the basis of the genetic code . A sequence of bases (genetic information) on DNA that codes for a protein is called a gene .
Explanation:
This is a condition or illness that causes a body to behave irregularly.
Answer: That Condition nor illness would be Huntington's Disease.
Explanation: Hope that helped! [:
A disease is an abnormal change in the body's structure or function, which can range from heart arrhythmia to genetic disorders or psychological conditions.
A disease is a malfunction of any component of the body that can result in an abnormal and undesirable physiological or anatomical change. Examples of these conditions include arrhythmia, which is an irregularity in the heartbeat, and genetic disorders, which are diseases or syndromes caused by mutations in one or more genes or by chromosomal alterations. Another example is a psychological disorder, where there is an ongoing pattern of thought, emotion, and behaviour that causes significant distress and is considered deviant within a person's culture.
During a descriptive investigation, the main thing you are doing is
O A) explaining results
OB) making observations
OC) designing a procedure
OD) revising your hypothesis
Answer:
b
Explanation:
during descriptive investigation you are observing and describing what you are seeing
which of the following enzymes catalyzes the linkage together of rna nucleotides to form rna? robosome, polymerase,ligase reverse transcriptase
Answer: polymerase
Explanation:
RNA polymerase is the enzyme that is responsible for the formation of new RNA. This enzyme catalyzes the linkage between the nucleotides of RNA Thus the correct option for this question would be option B.
What is RNA polymerase?RNA polymerase is the enzyme that is responsible for the formation of new nucleotides which are transcribed into RNA. These are the enzymes that are responsible for copying DNA sequences into RNA during the process of transcription.
This enzyme catalyzes the reaction and instructs them to form the nucleotide sequences for the new RNA molecule. These enzymes play a very important role during the process of transcription and bind with the template DNA strand to make nucleotides for a new RNA molecule.
Transcription is the process of making an RNA molecule from DNA. It is divided into three stages. First is an initiation where the process of transcription starts. The second one is elongation in which the formation of new nucleotides and amino acids takes place and the last one is termination in which the RNA polymerase gives instructions to stop the process.
During this, the nucleotides are transcribed and this is catalyzed by the RNA polymerase enzyme. Thus the correct option for this question is option B.
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Secondary succession is most likely to occur
on a new volcanic island.
after a forest fire.
with pioneer species.
if a glacier shrinks.
OOOO
Answer:
after a forest fire
Explanation:
Secondary succession occurs after a climax community is completely destroyed by an event and the only thing that remains is the dirt.
Why is water clarity an important measure of water quality
A clear water does not contain nutrients
B Underwater plants cannot get enough sunlight in cloudy water
C Fish don’t get enough light when water is cloudy
D Boat captains need to see the bottom for safety
Answer:
b
Explanation:
A cell with two pairs of each set of chromosomes is called what ?
Answer:
A cell with two pairs of each set of chromosomes is called what?
Diploid chromosomes
Explanation:
It is called diploid because of the presence of two homologous chromosomes
A cell with two pairs of each set of chromosomes is called - diploid cell.
Cells that have two sets of chromosomes in their nucleus are called diploid cells.
A Diploid is a cell with paired chromosomes that comes, one from each parent.In humans, cells have 23 pairs of chromosomes.These are the cells other than sex cells and form by the cell cycle called mitosis.Thus, A cell with two pairs of each set of chromosomes is called - diploid cell.
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What anatomy is the study of similarities and differences in organisms structures
Answer:
Comparative anatomy.
Explanation:
Comparative anatomy is a branch of science in which we study about similarities and differences present in different organisms. This type of study is very important for the classification of living organisms. Comparative anatomy tells us about the evolution of an organism. Scientists study DNA, embronic structure and the internal structure of species to see the evolution of different organisms.
Final answer:
Comparative anatomy is a field of biology that investigates the structural similarities and differences among various species to deduce their evolutionary relationships, using homologous and analogous structures as evidence for common ancestry and evolution.
Explanation:
Comparative anatomy is the branch of biology that studies the similarities and differences in the structures of different species. Researchers examine the structures within various organisms to determine if their features are homologous, inherited from a common ancestor, or analogous, serving similar functions but not derived from a common ancestor. Such studies provide substantial evidence for the theory of evolution, revealing how closely related different organisms might be through their shared ancestral traits. These homologous structures, like the bone patterns in the limbs of mammals, suggest a common lineage, even if the limbs now serve different functions.
To clarify, the bones in the human arm, the wing of a bird, the fin of a whale, and the forelimb of a lizard, despite their different current uses, all originated from the same ancestral structure. Thus, comparative anatomy not only highlights the diversity of life but also underscores the underlying connections between species, offering insights into their evolutionary history.
The information that is stored in DNA is stored in the
Which mechanism of ion uptake would best enable a plant to produce a steady supply of chlorophyll?
Answer:
Which mechanism of ion uptake would best enable a plant to produce a steady supply of chlorophyll?
Chemiosmotic mechanism
Explanation:
As a parent or caregiver of a preschooler, if you notice the child is losing skills they once had or development starts to slow down you should do which of the following?
Answer:
help them remember their once learned skills by practicing memory retaining games such as flashcards, board games, anything that'll seem like fun while they learn. if the problem exceeds to the limits of your help alone, seek professional help. It's unlikely for a child at that age to be forgetful of things like brushing their teeth or walking.
Explanation:
If a caregiver notices a preschooler losing previously acquired skills or a slowdown in development, it is crucial to consult with a pediatrician or child development specialist. This could indicate a developmental concern, which could potentially be addressed through early intervention.
Explanation:As a caregiver of a preschooler, if you notice that a child is losing skills they once had or if their development starts to slow down, you should not take this lightly. A range of skills and developmental milestones are associated with certain time frames, and failure to meet these can be an indicator of a potential issue. It is important to consult with a pediatrician or a child development specialist in such cases.
For instance, by the age of 2-3 years, a child starts showing signs of autonomy; they may choose their clothes, food, or toys. If you observe a reversal in such behaviour, it can signal some developmental concern.
Children also display cognitive abilities at certain ages, such as understanding object permanence or realizing certain facts about their environment. Reversal or stagnation in such cognitive abilities could be a cause for concern.
It is therefore important not to ignore such signs, but to communicate and address these through early intervention with specialized professionals. The goal is to promote healthy development and ensure the well-being of the child.
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What are the four main components of Darwin's theory of
evolution?
Answer:
individuals of a species are not identical; traits are passed from generation to generation; more offspring are born than can survive; and only the survivors of the competition for resources will reproduce
Explanation:
Answer:
There are four principles at work in evolution—variation, inheritance, selection and time. These are considered the components of the evolutionary mechanism of natural selection.
Explanation:
hope this helps!
Which phrases describe types of freshwater wetlands? Select three options
Explanation:
grassy areas covered by shallow water ,acidic areas found in northern climates, flooded forest-like areas
Answer:
A , B and C
Explanation:
Just took it on edge
____resemble grasses. Their leaves are not branched but rather parallel.
A.Dicots
B.Monocots
Answer:
B.Monocots
Explanation:
There are two types of cotyledon i. e. Monocotyledonous (monocot) and Dicotyledonous (dicot). In monocot, only one cotyledon is present while in dicot two cotyledons are found. Veins in leaves of monocot are parallel to each other and they have adventitious roots system while in dicot, network of veins are present in leaves and they have tap root system.
Plant genetics please
Answer:
Vegetative Reproduction
Explanation:
Which organisms in the food web are primary consumers?
Answer:
i would say the Aphid, dragonfly, and sparrow .(sorry if i missed one)
Answer: it’s Aphid and Caterpillar
Explanation:
what will be the phenotype of the fly that grows from the fertilized cell shown below?
Answer:
Brown Body, Legs on Head, Red eyes, normal wings.
Which is the greatest threat to survival of large predator species, like mountain lions and tigers
A) loss of other predator species
B) Global climate changes
C) loss of large wilderness areas
D) animal diseases
Answer:
B) Global climate changes
Explanation:
The greatest threat to the survival of large predator animals such as mountain lions and tigers is the change occurs in climate. Due to climate change, the temperature of the whole world increases. On mountains, the temperature is very low which is favorable for the growth of mountain lions and tiger. But increase occurs in the temperature of these mountain areas due to global warming, these animals die.
B) Global climate changes
Climate change has produced a number of threats to wildlife throughout our parks. Rising temperatures, lower many species survival rates due to changes that lead to less food, less successful reproduction, and interfering with the environment for native wildlife.For example, as temperatures get warmer, many plants are starting to grow and bloom earlier in the spring and survive longer into the fall. Some animals are waking from hibernation sooner or migrating at different times, too.Therefore, correct option is B.
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What do you notice about earths axis as earth revolves around the sun?
Which of the peas traits yellow or green, is dominant? Explain your answer
Final answer:
In pea plants, the yellow seed color (Y) is dominant over the green seed color (y); thus, crossing true-breeding yellow and green pea plants will result in F1 offspring all having the dominant yellow phenotype.
Explanation:
Among the traits for pea seed color, the yellow trait (Y) is dominant over the green trait (y). This is evidenced by the cross of true-breeding parents in the P generation, where plants with the yellow phenotype (YY) are crossed with plants that have the green phenotype (yy).
The result of this cross produces F1 offspring that are all heterozygous (Yy) and demonstrate a yellow phenotype, indicating that yellow is dominant as it masks the expression of the green trait.
When you perform this cross, you would expect the F1 offspring to all possess the yellow seed phenotype. This is confirmed in a Punnett square analysis, which predicts the genotypes of the F2 generation, showing a 3:1 ratio of yellow to green phenotypes in the F2 offspring from the F1 heterozygotes.
The F1 offspring receive one allele for yellow seed color (Y) from the yellow parent and one allele for green seed color (y) from the green parent. However, since yellow (Y) is dominant, all F1 offspring display the yellow phenotype despite being heterozygous.
Which statement correctly reflect on genetic engineering
chem unit 3 test Flashcards | Quizlet hopefully this will help you find the answer!
Physical removal of an invasive species is an example of _______.
a.
mechanical control
c.
biological control
b.
chemical control
d.
all of the above
Answer:
A. Mechanical
Explanation:
Answer: The Answer Is A Mechanical Control