Answer:
b hummingbirds have the ability to hover while drinking nectar
Explanation:
because this allows for power in both the upward and downward beats of the hummingbirds wings
Explain why plants droop in hot dry weather
explain why woody plants remain erect in hot dry weather
Plants droop in hot dry weather as a response to water stress. When the weather is hot and dry, the rate of transpiration, which is the loss of water vapor from the plant's leaves, increases.
This leads to a higher water loss from the plant compared to the rate of water uptake through the roots. As a result, the plant experiences water deficit or dehydration, which can cause the plant to droop or wilt.
To conserve water during hot and dry conditions, plants undergo a process called stomatal closure. Stomata are tiny openings on the surface of leaves that allow for gas exchange, including the exchange of water vapor. In response to water stress, plants close their stomata to minimize water loss through transpiration. However, when the stomata are closed, it also limits the uptake of carbon dioxide needed for photosynthesis, which can negatively impact the plant's growth and productivity.
On the other hand, woody plants, such as trees, have a more rigid and sturdy structure due to their woody stems and branches. This structural support helps them remain erect even in hot and dry weather. Woody plants have secondary growth, which is the process of increasing stem and branch thickness through the formation of new layers of wood. The woody tissue provides mechanical strength and support to withstand external pressures and maintain an upright position.
Additionally, woody plants have developed adaptations to cope with water stress. They often have deep root systems that can access water stored in deeper soil layers, allowing them to sustain their water needs during drought conditions. Some woody plants may also have specialized tissues, such as cork or bark, that act as protective barriers against excessive water loss.
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hen several food chains come together, they are called __________.
Study the image. Which feature is modeled in the diagram? Select two options.
Answer:
can you take a picture so we can see
Answer:
A) A convergent boundary is formed
Explanation:
Got it right
the core genome of a prokaryotic species is the genomic content that is
The core genome of a prokaryotic species refers to the set of genes that is present in all members of that particular species.
It represents the shared genetic material that defines the essential functions and characteristics of the species.
The core genome consists of genes that are necessary for basic cellular processes and survival, including fundamental metabolic pathways, DNA replication, transcription, translation, and cell division.
These genes are highly conserved across individuals within the species and are relatively stable over time.
The core genome provides the species with a common genetic foundation and serves as a basis for its classification and identification.
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Has the code for traits:
Carbs
Lipids
Proteins
Nucleic acids
Answer:
Proteins/Amino acid
Explanation:
In the genetic code, each three nucleotides in a row count as a triplet and code for a single amino acid. So each sequence of three codes for an amino acid. And proteins are made up of sometimes hundreds of amino acids.
There are several ways to carry a gun. The shoulder carry is a good choice:
Answer:
yes soulder carry is acctually a good choice
Explanation:
There are several ways to carry a gun. The shoulder carry is a good choice when the all other hunters are in front of you. The correct option is A.
What is a gun?A Gun is a metal object or weapon, that is designed to shoot people or unwanted things. They are usually used in wars or for self-defense.
When the hunters are in front of you, the gun should be carried on your shoulders.
Thus, the correct option is A, when all other hunters are in front of you.
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The full question and options are attached in the image.
The diagram shows the process of mitosis.CDParent cellDNA replicates2 DaughtercellsWhat is the purpose of this process?O It helps the cell function efficiently.O It helps the cell form energy molecules,O It helps the cell make an exact copy of itself.O It helps the cell increase its genetic material.
It helps the cell make an exact copy of itself.
Mitosis in a process where a cell is devided, resulting in two identical daughter cells.
What would an ecosystem with no interactions look like?
Answer:
a wasteland
Explanation:
if an ecosystem did not have interactions it would not be an ecosystem because it takes different parts cooperating together for it to function.
through a microscope, you can see a cell plate beginning to develop across the middle of a cell and nuclei forming on either side of the cell plate. this cell is most likely through a microscope, you can see a cell plate beginning to develop across the middle of a cell and nuclei forming on either side of the cell plate. this cell is most likely a plant cell in metaphase. a plant cell in the process of cytokinesis. an animal cell in the s phase of the cell cycle. a bacterial cell dividing. an animal cell in the process of cytokinesis.
Through a microscope you can see a cell plate beginning to develop across the middle of a cell and nuclei forming on either side of the cell plate. The cell is most likely in: a plant cell in the process of cytokinesis. option 1)
Cytokinesis refers to the process through which the cytoplasm of a single eukaryotic cell divides into two daughter cells. In mitosis and meiosis, cytoplasmic division occurs during or after the late phases of nuclear division. The spindle apparatus splits and delivers duplicated chromatids into the cytoplasm of the separate daughter cells during cytokinesis.
It guarantees that chromosome number and complement are maintained from generation to generation and that, unless in exceptional circumstances, the daughter cells are functional copies of the parent cell.
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Full Question: Through a microscope, you can see a cell plate beginning to develop across the middle of a cell and nuclei forming on either side of the cell plate. this cell is most likely through a microscope, you can see a cell plate beginning to develop across the middle of a cell and nuclei forming on either side of the cell plate. this cell is most likely a plant cell in metaphase.
a plant cell in the process of cytokinesis. an animal cell in the s phase of the cell cycle. a bacterial cell dividing. an animal cell in the process of cytokinesis.Two more examples of how homeostasis is maintained in the marine iguana
Answer:
Homeostasis is how an organism maintains internal balance. iguanas are cold blooded, so to maintain homeostasis, they have to be in the sun, or relax in the shade to regulate their temperature.
two haploid strains of s. cerevisae (yeast) are crossed to produce diploids. one haploid has the genotype a b and the other a b. the a and b genes are on different chromosomes. which statement correctly describes the tetrads that can be produced by one reciprocal crossover between the centromere and gene a without gene conversion in the dihybrid?
When a reciprocal crossover occurs between the centromere and gene a without gene conversion in the dihybrid, the resulting tetrads will show a 2:2 segregation pattern with two haploid cells having the A B genotype and two haploid cells having the a b genotype.
In this scenario, two haploid strains of S. cerevisae with genotypes a b and a b are crossed to produce diploid offspring. The a and b genes are located on different chromosomes, meaning they assort independently during meiosis.
When a reciprocal crossover occurs between the centromere and gene a without gene conversion in the dihybrid, tetrads can be produced. A tetrad refers to a group of four haploid cells that are formed during meiosis in yeast.
If a reciprocal crossover occurs between the centromere and gene a without gene conversion in the dihybrid, the resulting tetrads will contain four haploid cells with the following genotypes:
- Two cells with the genotype A B
- One cell with the genotype a b
- One cell with the genotype a B
This pattern of tetrads is known as a "2:2 segregation pattern" because two of the resulting haploid cells have one set of alleles (A B) and the other two haploid cells have the other set of alleles (a b).
In conclusion, when a reciprocal crossover occurs between the centromere and gene a without gene conversion in the dihybrid, the resulting tetrads will show a 2:2 segregation pattern with two haploid cells having the A B genotype and two haploid cells having the a b genotype.
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Why do we cook our food?
Answer:
The way we cook our food is as important as the way we prepare and store it. Inadequate cooking is a common cause of food poisoning. ... Most foods, especially meat, poultry, fish and eggs, should be cooked thoroughly to kill most types of food poisoning bacteria.
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Bill nye space exploration worksheet
Light is the fastest thing in the universe. It travels at 300,000 km/sec.
What is light about?Light is a form of electromagnetic radiation that is visible to the human eye. It travels in straight lines and at a constant speed of approximately 299,792,458 meters per second in a vacuum. Light is made up of particles called photons, which carry energy and momentum.
Light is essential for vision and allows us to see the world around us. When light enters the eye, it is focused by the cornea and lens onto the retina at the back of the eye.
Light has many other important applications in science and technology. For example, it is used in telecommunications to transmit information over long distances using fiber optic cables. It is also used in medicine for imaging and therapy, in manufacturing for precision cutting and welding, and in agriculture for plant growth and disease control, among many other applications.
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...... is the fastest thing in the universe.
It travels at .... km/sec.
Which of the following is not a characteristic of living things
Answer:
C. Must be able to reproduce
Explanation:
A. All living things must grow and develop
B. Single-celled organisms exist and are considered living things.
D. All living things must have DNA in their cells.
A hypothetical cell with a 3.5% solute
concentration is placed in a 1.5% solute
concentration solution. Water will
A. Flow out of the cell
B. Not move in or out
C. Flow into the cell
D. Plasmolyze the cell
Electromagnetic Waves pls help
this video shows the movement of oil near the site of the 2010 oil spill. what happens to the oil after it’s spilled.
Oil spill has detrimental effects on the environment.
During transportation of oil, the leakage of oil that occurs in the water bodies, specifically in the oceans and seas is referred to as oil spill.
This spilled oil floats on the surface of water. This oil has effects on aquatic animals as well as the birds that hover around the water bodies. For instance, if the feathers of the seabirds get oiled, the birds can die of hypothermia. Many fishes and planktons die because of the oil spilled.
The oil droplets present on the surface are degraded by the process of photooxidation that happens due to exposure to light and oxygen. This also results in the formation of free radicals that are harmful to the water body as well as to the organisms present in water.
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Why are proteins NOT a primary source of energy in living organisms (carbohydrates are
primary, lipids are energy storage...)?
Answer: Energy Production
The primary role of carbohydrates is to supply energy to all cells in the body. Many cells prefer glucose as a source of energy versus other compounds like fatty acids. Some cells, such as red blood cells, are only able to produce cellular energy from glucose.
Explanation:
How does particle size affect a molecule's transport across a cell membrane?
A.
It is easier for small molecules to diffuse across the cell membrane.
B.
It is easier for large molecules to diffuse across the cell membrane.
C.
Particle size is less important than particle shape for calculating transport speed.
D.
Particle size does not affect a molecule's transport speed across the cell membrane.
Answer:
C. Particle size is less important than particle shape for calculating transport speed
Explanation:
brainliest plz
The particles which are smaller in size can diffuse through the cell membrane faster than the particles which are larger in size. Thus, the correct option is A.
What is diffusion?Diffusion is the net movement of particles from a region of their high concentration to a region of their lower concentration. This movement takes place through the membrane.
The rate of diffusion depends upon different factors such as nature of particles, size of particles, shape of particles, and the nature of membrane through which diffusion takes place.
Particles which are smaller in size can move faster and diffuse at a high rate than the particles which are bigger in size. The larger size particles cannot diffuse easily hence need proteins such as channel proteins, and carrier proteins for diffusion across the membrane.
Therefore, the correct option is A.
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Which parent combination(s) yield a mixture of black and white offspring?
Answer:
Explanation:
When considering the inheritance of traits such as coat color in animals, there are several ways in which black and white offspring can be produced. One possible scenario involves a cross between two individuals with heterozygous genotypes for coat color, meaning that each parent carries both a dominant and recessive allele for coat color. In this case, the offspring have a 25% chance of inheriting two dominant alleles and being completely black, a 50% chance of inheriting one dominant and one recessive allele and having a black and white spotted coat, and a 25% chance of inheriting two recessive alleles and being completely white. Other combinations of parental genotypes can also result in a mixture of black and white offspring, depending on the specific genetic inheritance pattern involved.
Arteries are most accurately defined as blood vessels that carry __________. highly oxygenated blood blood toward the heart blood away from the heart deoxygenated blood
Answer: Blood away from the heart
Explanation:
How is water stored on Earth during the water cycle?
Water can be stored on the surface of the Earth and underground. The water storage areas are known as reservoirs and include oceans, glacier ice, groundwater, lakes, soil moisture, living organisms, the atmosphere, and rivers.
In the history of psychology, a major topic has been the relative influence of the nature and
nurture. Nature is to nurture as
personality is to intelligence.
biology is to experience.
intelligence is to biology.
behavior is to actions.
Answer:
this is my answer Key Takeaways. The nature versus nurture debate involves the extent to which particular aspects of behavior are a product of either inherited (i.e., genetic) or acquired (i.e., learned) influences. Nature is what we think of as pre-wiring and is influenced by genetic inheritance and other biological factors.
Linnaeus' classification of life only included two categories: animals and plants. Which three kingdoms did he leave out? ( point)
O Insecta, Fungi, and Monera
O Monera, Bacteria, and Protista
O Fungi, Monera, and Protista
O Bacteria, Insecta, and Protista
Answer:
C
Explanation:
These are the three missing kingdoms
Fungi, Monera, and Protista are the three kingdoms he neglected to mention.
What Linnaeus classification?The Linnaean system is based on similarities in apparent physical qualities. This system is a hierarchy of taxa, from the kingdom to the species. Each species is given a unique two-word Latin name. The domain, which was just added and is a larger taxon, is smaller than the kingdom. Seven levels make up Linnaeus' hierarchical classification scheme. They are kingdom, phylum, class, order, family, genus, and species, in order of largest to smallest. Linnaeus created a hierarchy for nature in Systema Naturae. He suggested that the entirety of nature may be divided into three big categories known as kingdoms. Animals, plants, and minerals made up these three kingdoms. He categorizes each of these kingdoms.To learn more about Linnaeus classification refer to:
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Gut-brain peptides are secreted by the brain and target the gastrointestinal tract.
Gut-brain peptides play many functions in administration into the brain and regulate peptides to the central nervous system. It is secreted by endocrine cells, neurons in the gastrointestinal and neurons in the central nervous system, so the statement is false.
What is gut-brain peptide?Peptides are usually secreted by endocrine cells, neurons in the gastrointestinal tract, and neurons in the central nervous system
It is included in the pathophysiology of alcohol use disorders. It controls food and alcohol intake.
Thus, the given statement is false.
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What can you infer from this graph?
Answer: you can infer that I don’t give a uriruru
describe factors affecting species richness and explain how and why the species richness of a wheat field might differ from that of a coral reef.
The four most important factor affecting species richness are geographic factors, biotic factors and abiotic factors.
Species richness refers to the number of species in a community. Species diversity is a complex phenomenon and includes a measure of the number of species in a community, and also measures of the abundance of each species in a particular community. It is said that the more isolated an island is, the lower will be its species richness. Geographic factors are observation, available species pool and dispersal patterns. Biotic factors are competition or predation. Abiotic factors are habitat area, latitude, altitude, temperature, and rainfall.
Species richness of coral reef is based mainly on biotic and abiotic factors such as water, minerals, sunlight etc. They occupy majority of marine diversity and a safer habitat to many small species due to which genetic speciation has been a prominent feature of coral reefs. In a wheat field, the species richness occurs mainly through pollination by several factors, the residue of microbes that exist there and the food patterns of animals that live in the wheat fields. More the pollination better could be the genetic diversity. Also, genetic modified wheat can also be tested but this is impossible in corals due to very low human interference scientifically.
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Actinobacteria sp. are fermenting organisms, which do not require oxygen to survive. These organisms break down organic material and convert it to inorganic material. Which part of the carbon cycle does this describe?
O photosynthesis
O respiration
O decomposition
O assimilation
Answer:
The correct answer is C) decomposition!!
Explanation:
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~DuffyDuck~
Decomposition describes this part of carbon cycle. So, the correct option is (C).
What is Carbon cycle?
Carbon cycle is describes as the process in which carbon atoms travel from the atmosphere to the Earth and return back into the atmosphere. This cycle is important for maintaining a stable climate and carbon balance on the planet.
Carbon cycle affect the net amount of carbon in the atmosphere at given period of time and the rate of carbon exchange between different reservoirs on the Earth’s surface. Carbon modulates the climate change by the regulation of atmospheric CO\(_2\) which represents one of the most important ecosystem services of value to human.
There are main processes involved in the carbon cycle:
PhotosynthesisExchangeRespirationSedimentationCombustion ExtractionThus, Decomposition describes this part of carbon cycle. So, the correct option is (C).
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In an experiment that tests how
different fertilizers effect the growth of
plants, what would the DEPENDENT
variable be?
A. the growth of the plants
B. the fertilizers
C. multiple groups with the same plant and fertilizer
D. a plant without fertilizers
In this case, the correct DEPENDENT variable would be the growth of the plants (Option A).
What is the dependent variable?The dependent variable is a kind of variable that is modified along with an experimental procedure.
Conversely, the independent variable isn't changed in the experiment (in this case, the fertilizers).
In conclusion, in this case, the DEPENDENT variable would be the growth of the plants (Option A).
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Explain how probability can be used to predict inherited traits.