Answer:
A
B
E
Explanation:
Answer:
A, B and EAnswers from edge :))
In Alaska, grizzly bears must eat 10 fish and drink up to 25 liters of water to live. A
local river can provide about 150 fish a day without damaging the fish population. How many bears can this area support?
This area support can support about 15 bears if each bear eats 10 fish in a day.
What are the characteristics of grizzly bears?Grizzly bears are a large specie of bears. There are different ranges of colors i.e. from very light tan to dark brown. These bears have a dished face, rounded ears, and a shoulder hump. The hump is the place where a mass of muscles attach to the backbone of the bear and gives the bear more strength for digging. Grizzly bears feed mostly on animals that die in the winter season, but the bear can also hunt elk calves. Other items are eaten during spring like grasses, sedges, dandelions, clover, horsetail, and ants. A river provides about 150 fish per day so the carrying capacity of this region has 15 bears.
So we can conclude that 15 bears can be supported by the region without damaging its fish population.
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drag the labels onto the diagram to identify the parts of the hypothalamus and surrounding structures.
But there is no diagram included in the question Without the diagram, it is impossible for me to drag the labels onto the diagram to identify the parts of the hypothalamus and surrounding structures.
However, I can provide you with a long answer explaining the parts of the hypothalamus and surrounding structures. The hypothalamus is an essential structure in the brain that controls various physiological functions, including the autonomic nervous system and the endocrine system.The hypothalamus is divided into different nuclei that are responsible for specific functions. Here are some of the parts of the hypothalamus:
1. Suprachiasmatic nucleus: This nucleus is responsible for regulating the circadian rhythm.2. Ventromedial nucleus: This nucleus is responsible for regulating food intake and metabolism.3. Paraventricular nucleus: This nucleus is responsible for regulating the secretion of oxytocin and vasopressin.4. Arcuate nucleus: This nucleus is responsible for regulating the secretion of growth hormone, prolactin, and gonadotropin-releasing hormone.Surrounding the hypothalamus are various structures, including the pituitary gland, optic chiasm, and mammillary bodies.The pituitary gland is responsible for secreting various hormones that are regulated by the hypothalamus. The optic chiasm is the point where the optic nerves cross over, and the mammillary bodies are involved in the formation of memories and learning.I hope this helps. If you have any more questions, feel free to ask.
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The field of biology that studies the diversity of organisms and
their evolutionary relationships is called systematics.
Select one:
True
False
.......................................................
Answer:
True.
Explanation:
Hope this helps!
HEELLPP ASAPP PLEASEE!!
don’t answer if u don’t know
Answer:
Brown is the dominant gene and white is the recessive gene.
Explanation:
If brown were to be dominant then the mice would most likely all be brown unless the got both a white from mom and dad which is most likely due to brown being recessive the dad could be part white you just wouldn't see it. And since the mother is white all of the mice get a white gene from the mom and since the dad most likely has a white gene hidden inside of him only tow mice became fully white while the siblings were brown.
Hope this helps.
ANSWER ALL THE QUESTIONS
THE QUESTIONS IS ON THE PHOTO
Answer: (1.) several hierarchical levels in an ecosystem, that share the same function in the food chain and the same nutritional relationship to the primary sources of energy (2.) that only ten percent is available to the next level
Explanation:
Substances which will glow in the dark after being exposed to sunlight are called: uranium radioactives pitchblendes phosphorescents
Substances that will glow in the dark after being exposed to sunlight are called phosphorescents.
Radium is one kind of radioactive material that could be discovered in antiques. whilst radium changed into found in the early nineties people were curious about its mysterious glow and it became brought to many normal merchandises inclusive of paints. these paints had been used on the dials of clocks and watches to lead them to glow-in-the-dark.
Radioactivity is the phenomenon of the spontaneous disintegration of Phosphorescents atomic nuclei to atomic nuclei to form greater energetically solid atomic nuclei. Radioactive decay is a noticeably exoergic statistically random first-order procedure that takes place with a small quantity of mass being transformed into electricity. As its call implies radioactivity is the act of emitting radiation spontaneously.
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where does most new membrane synthesis take place in a eukaryotic cell? group of answer choices in the endoplasmic reticulum in the golgi apparatus in the plasma membrane on ribosomes
New membrane synthesis in a eukaryotic cell takes place mainly in the endoplasmic reticulum.
Membranes and their essential proteins are assembled in the ER. This organelle contains the enzymes involved in lipid synthesis, they are inserted into the organelle's very own membranes. This lipid synthesis takes place in part because the lipids are hydrophobic in nature and don't dissolve into the cytoplasm.
Smooth endoplasmic reticulum helps in many metabolic processes. It synthesizes lipids, phospholipids as in plasma membranes, and steroids. Cells that secrete these products, such as cells of the te.stes, ovaries, and skin oil glands, contain excess of smooth endoplasmic reticulum.
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Give three reason for the upward
movement of water in plants
Answer:
Diffusion, transpiration and capillary action are the three factors that
influence the upward movement of water in plants . Explanation: Diffusion is the
process where the water enters the root system and generates pressure, gushing
water flow along the xylem.
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The atomic theory has changed as scientists discovered more information about atoms. Which of the following statements
follows the current understanding of atoms?
The atomic theory has changed as scientists discovered more information about atoms statements follows the current understanding of atoms is there is the finite number of kind of atom that combine to make all matter of the universe
Chemistry is based on the modern atomic theory which stated that all matter is composed of atom and atom themselves are composed of protons and neutron and electron and each element has its own atomic number and which is equal to the number of proton in its nucleus and on the cosmic scale of the universe and assume that amount of matter created and uncreated cancel each other out and this mean that matter is finite so there are the same number of atom in the observable universe
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how do you think the groundwater Supply different from a dry hot area like Arizona to a cooler moist area like Oregon?
The water table is at the surface of the Earth in humid areas, but it can be tens to hundreds of metres or more below the surface in arid areas.
What is groundwater?Water that is found underground in saturated regions beneath the surface of the earth is known as groundwater.
The water table is the term for the saturated zone's upper surface. Contrary to popular perception, underground rivers are not created by groundwater.
In humid regions, the water table is at the surface of the planet; but, in arid regions, it can be tens to hundreds of metres or more below the surface.
Arizona's water usage is currently lower than it was in 1957 thanks to improved conservation practises and a decline in irrigation water use.
Since the beginning of our state's history, Arizona has never required municipal or residential restrictions on uses, even though we have five times (5x) as much water stored as we consume.
Thus, the groundwater Supply differ from a dry hot area like Arizona to a cooler moist area like Oregon.
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Each electron has a charge of 1–, and each proton has a charge of 1+. You can calculate the charge of an atom by subtracting the number of electrons from the number of protons. Move an electron from the sodium to the chlorine atom.
Answer:
Following are the solution to this question:
Explanation:
The creation of bonds:
\(Na \to Sodium \\\\Cl \to Chlorine\)
Na has one electron of valence, and Cl has 7 electrons of valence. The transfer of electrons should be made to form a relation of such a nature. All relations among ionic and non is here Sodium is the metal and chlorine is the non-metal.
\(\to Na \longrightarrow Na^{+} + e^{-}\)
Neon isoelectronic
\(\to Cl + e \longrightarrow Cl^{-}\)
Argon isoelectronic
\(\to Na+Cl \longrightarrow NaCl\\\\\to Na^{+} + Cl^{-} \longrightarrow Na^{+}Cl^{-}\\\\\)
Answer:
A.What are the charges of each atom now?
Sodium: +1___ Chlorine: __-1___
B.Is each ion stable? Explain.
-Electromagnetic force pulls them together
Which ecological footprints is the largest?
The ecological footprint refers to the measure of human impact on the environment, specifically in terms of resource consumption and waste production.
There are different components of the ecological footprint, including carbon footprint, cropland footprint, grazing footprint, forest footprint, and built-up land footprint, among others. Each component measures the area of land and resources required to support human activities.
Among these components, the carbon footprint is typically the largest and most significant contributor to the overall ecological footprint. The carbon footprint measures the amount of carbon dioxide (CO2) emissions associated with human activities, particularly the burning of fossil fuels for energy production, transportation, and industrial processes. Given the extensive reliance on fossil fuels globally, carbon emissions have a substantial impact on the environment, contributing to climate change and other ecological concerns.
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1. What is meant by denundation?
2. What are the general differences between mechanical and chemical weathering?
3. Describe and explain one example of biological weathering.
4. What is a rock glacier?
5. Explain the process of soil creep.
1. Denudation refers to the process of wearing away or removal of the Earth's surface materials, including rocks, soils, and sediments, by physical and chemical processes.
2. Mechanical weathering involves the physical breakdown of rocks into smaller pieces without changing their chemical composition. This can occur through processes such as frost wedging, root wedging, and abrasion. Chemical weathering, on the other hand, involves the breakdown of rocks through chemical reactions, such as oxidation and hydrolysis, which can alter the mineral composition of the rocks.
3. One example of biological weathering is the action of tree roots. As trees grow, their roots can penetrate and crack rocks, causing them to break down into smaller pieces over time. This process is known as root wedging and can be particularly effective in areas with a lot of rainfall and plant growth.
4. A rock glacier is a type of landform that is made up of a mixture of rocks and ice. These formations typically occur in cold, mountainous environments and can move downhill due to the pressure of the ice pushing the rocks forward.
5. Soil creep is a slow, downhill movement of soil that occurs as a result of the force of gravity. This process is driven by the expansion and contraction of soil particles due to changes in temperature and moisture levels. Over time, soil creep can lead to the gradual movement and displacement of objects and structures built on top of the soil.
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what is the difference between your town's minimum temperatures yesterday? In your answer, list one explanation for why temperature changes during the day.
Answer:
Maximum temperature was 40 Celsius at daytime while temperature at night was 31 Celsius.
Explanation:
Yesterday maximum temperature was 40 Celsius at daytime while temperature at night was 31 Celsius because during daytime the intensity of sunlight increases the temperature of the particles present in the atmosphere. So at daytime, temperature increases while at night decrease occurs in the temperature. There is a lot of fluctuation in temperature at daytime due to increasing and lowering the intensity of light.
Answer:
The difference between the high and low temperatures in New York City was 12 degrees. One reason for the temperature difference is Earth’s rotation. Temperatures are generally warmer during the day because that side of the planet is heated by the Sun. At night, that side faces away from the Sun. So, temperatures will be cooler.
Explanation:
how do things like creativity and innovation factor in? what about genetic, environmental, and educational factors?
Creativity and innovation are key factors in any successful business, as they allow the organization to develop new ideas and products that can be used to increase revenue and market share.
Genetic, environmental, and educational factors all play a role in how creative and innovative someone is. For example, genetic factors can influence how creative a person is, while environmental and educational factors can shape a person's ability to think creatively and come up with new ideas. Having a supportive environment and access to education can help foster creativity and innovation. Additionally, businesses should also focus on creating an environment that encourages creativity and innovation, as it can lead to improved performance and profitability.
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Describe how genetics fossil and cultural evidence and support the out of africa hypothesis
Genetics, fossil, and cultural evidence support the Out of Africa hypothesis. Genetic studies have shown that modern humans share a common ancestor in Africa, as evidenced by the higher genetic diversity found in African populations.
Fossil evidence, such as the discovery of early Homo sapiens fossils in Africa, supports the idea that anatomically modern humans originated on the African continent. Additionally, cultural evidence, such as the presence of sophisticated tools and symbolic behavior in early African populations, aligns with the Out of Africa hypothesis. These converging lines of evidence suggest that modern humans originated in Africa and then dispersed to other parts of the world, replacing or assimilating with other hominin populations.
Genetic studies have played a significant role in supporting the Out of Africa hypothesis. By analyzing the DNA of diverse populations worldwide, scientists have found that the genetic diversity is highest in African populations. This suggests that modern humans originated in Africa and then migrated to other regions, leading to reduced genetic diversity in non-African populations due to founder effects and genetic bottlenecks.
Fossil evidence further supports the Out of Africa hypothesis. The discovery of early Homo sapiens fossils in Africa, such as those from sites like Omo and Herto, indicates that anatomically modern humans evolved in Africa before spreading to other parts of the world. These fossils exhibit characteristics associated with modern humans, reinforcing the idea of an African origin.
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Which organic molecule is pictured below?
A) Protein
B) Carbohydrate
C) Nucleic Acid
D) Lipid
Answer:
Lipid
Explanation:
Which phase of cell division is shown?
Exploring mitosis.
anaphase II
telophase I
prophase I of meiosis
telophase II
Answer:
im assuming its the same question i had, i took the quiz and the answer was telophase I
Explanation:
like i said i took the k12 quiz and got 100%
The phase shown here is anaphase. the correct option is A.
What is anaphase?Anaphase is the stage of mitosis that occurs after metaphase, during which replicated chromosomes are split and newly replicated chromosomes are moved to opposite poles of the cell.
The missing image is attached below.
The image is showing the split of chromosomes, so it is indicating anaphase of cell division.
Thus, the correct option is A.
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in the splicing step of gene expression, ______ are spliced out, and ________ are stitched together.
In the splicing step of gene expression, introns are spliced out, and exons are stitched together.
What is gene expression?Gene expression refers to the process of protein synthesis that begins with a gene in DNA and finishes with a functional protein. The genetic code is translated to make protein during gene expression. Gene expression is a complex process that requires many different molecules, including RNA polymerases, transcription factors, and other regulatory proteins.
In eukaryotic cells, pre-mRNA is modified before it exits the nucleus. RNA splicing is a crucial aspect of pre-mRNA processing, in which non-coding introns are excised and exons are joined to produce mature mRNA molecules. The splicing process is carried out by a complex machinery consisting of small nuclear ribonucleoprotein particles (snRNPs).
The snRNPs in spliceosomes recognize introns and bring together the flanking exons for precise excision. Intron removal is followed by the ligation of exons, which results in the formation of a mature mRNA molecule that can be exported from the nucleus to the cytoplasm, where it can be translated into a functional protein.
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Below are steps of skeletal muscle excitation and contraction (i.e., excitation-contraction coupling). Arrange the statements in the correct order in which they occur.
1. very low calcium in sarcoplasm, actin and myosin unbound, troponin and tropomyosin in plasma
2. myosin heads firmly bound to actin
3. sodium rushes into muscle fiber, causing local depolarization, and the end plate potential (type of graded potential)
4. activation of L-type voltage-gated calcium channels
5. calcium binds troponin on sarcomeres of myofibril
6. muscle action potential travels down sarcolemma and t-tubules
7. motor neuron action potential travels down axon, stimulating ACh release from terminals
8. threshold is reached and muscle action potential is generated
9. ACh diffuses across synapse and binds to ligand-gated receptors at muscle end plate
10. calcium diffuses out of sarcoplasmic reticulum, raising concentration in sarcoplasm (End of Excitation Steps)
This is the correct order of the steps of skeletal muscle excitation and contraction: 7, 9, 3, 8, 6, 4, 10, 5, 2, 1. The process starts with a motor neuron action potential and ends with the binding of myosin heads to actin.
Skeletal muscle excitation-contraction couplingThe function of skeletal muscle excitation-contraction coupling is to convert electrical signals, known as action potentials, into mechanical contractions of the muscle fibers. It is a complex process that ensures the synchronized and coordinated contraction of skeletal muscle. The order of the steps of skeletal muscle excitation and contraction is as follows:
7. motor neuron action potential travels down the axon, stimulating ACh release from terminals.9. ACh diffuses across synapses and binds to ligand-gated receptors at the muscle end plate.3. sodium rushes into muscle fiber, causing local depolarization, and the end plate potential (type of graded potential).8. threshold is reached and muscle action potential is generated.6. muscle action potential travels down sarcolemma and t-tubules4. activation of L-type voltage-gated calcium channels10. calcium diffuses out of the sarcoplasmic reticulum, raising concentration in sarcoplasm (End of Excitation Steps)5. calcium binds troponin on sarcomeres of myofibril2. myosin heads are firmly bound to actin1. very low calcium in sarcoplasm, actin and myosin unbound, troponin and tropomyosin in plasma (End of Contraction Steps)Hence, this is the correct order of the steps of skeletal muscle excitation and contraction.learn more about skeletal muscles
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one reason that longevity may have evolved slightly differently in humans than in other species is that: a. our immune system is more advanced than that of most species b. we have the ability to manipulate the environment c. early hominids had significantly lower infant mortality than other, nonhuman primates d. our bodies are larger than expected for our low metabolic rate
Cognitive reasoning is used by humans to adapt to environmental changes. Environments can be changed by humans to suit their requirements.
What is immune system?The immune system is a complex network of organs, cells, and proteins that protects the body's own cells while defending it against infection. The immune system preserves a record of each germ (microbe) it has ever eliminated so it can rapidly identify and eliminate the microbe if it re-enters the body. The immune system's specialised cells and organs offer the body defence against disease. Immunity is the name for this defence. Three types of immunity exist in humans: innate, adaptive, and passive: All people are born with intrinsic (or natural) immunity, which is a form of all-around defence. Thymus and bone marrow, lymph nodes and vessels, spleen, skin, and other organs and tissues are crucial for the immune system to operate correctly.To learn more about immune system, refer to:
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One reason that longevity may have evolved slightly differently in humans than in other species is that early hominid had significantly lower infant mortality than other, nonhuman primates.
Evolution of longevity in humans:
While our immune system is more advanced than that of most species, and we do have the ability to manipulate the environment, these factors do not directly impact the evolution of longevity. Our larger body size and lower metabolic rate may also play a role in our longevity, but the primary factor is likely the reduction in infant mortality.
One reason that longevity may have evolved slightly differently in humans than in other species is that our immune system is more advanced than that of most species. This enhanced immunity contributes to our overall health and helps us fight off various diseases and infections, which can potentially increase our lifespan compared to other species with less advanced immune systems. Additionally, lower infant mortality rates and our ability to manipulate the environment may also play a role in the unique evolution of human longevity.
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An immovable joint is a(n):
An immovable joint is called a synarthrosis. Synarthrosis refers to a type of joint that is immovable or has limited movement.
It is characterized by a strong and dense fibrous connective tissue that holds the bones together, preventing significant motion. These joints provide stability and support to the skeletal system, allowing for protection of vital organs and structural integrity.
One example of a synarthrosis joint is the sutures in the skull. Sutures are fibrous joints that occur between the bones of the skull and are held tightly together by fibrous connective tissue. They allow for very minimal movement and help to protect the brain and provide a strong framework for the skull. Another example of a synarthrosis joint is the gomphosis joint, which is found between the teeth and the sockets in the jawbone.
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What is the magnitude (amplitude) of an action potential?
a. 30 mv
b. 70 mv
c. 100 mv
What virus can infects only cats
Answer:
Feline Immunodeficiency Virus
Explanation:
A student was observing slides of cell division. In one of the slides, he noticed loosely coiled chromatin depicting DNA duplication. Which phase of the cell cycle could it be?
A.
S phase
B.
Metaphase
C.
M phase
Answer:
A. S phase
Explanation:
The cell cycle involves all the series of division events that occurs to an organism. Cell division, which can be meiosis or mitosis, involves two main stages viz: Interphase and M phase.
Interphase describes the resting stage of the cell i.e. when the cell is not dividing. The cell uses this time to prepare itself for the next round of division. Interphase stage further consists of three main phases viz: G1, S and G2 phases.
In the S phase or synthesis phase of Interphase, the cell duplicates its genetic material (DNA). Hence, an onion cell observed by a student to have loosely coiled chromatin depicting DNA duplication is in the S-PHASE.
What can you ask about creating a model to represent the breakdown of fresh water?
Answer:
The most reasonable and realistic ways to represent these bodies of water would be by drawing a picture, creating a map, or building a model.
Explanation:
right
Role of Environment The scenario shows a distribution of plant height from genetically identical individuals plotted as a function of temperature. Check all that apply. 3 Height (feet) OHA 45 85 95 55 65 75 Temperature (°F) Check All That Apply Temperature influences the growth of plants. Check All That Apply Temperature influences the growth of plants. The genotype of the plant is likely altered by the environment. The environment likely impacts the expression of genes important to plant height. Plants grow well at 40°C. Despite having identical genetics, the phenotype of organisms show continuous variation with respect to the environment.
The scenario demonstrates the role of the environment in influencing the growth of plants, as seen in the distribution of plant height plotted as a function of temperature. Temperature affects the expression of genes important to plant height, leading to continuous variation in phenotype despite having identical genetics.
It is also important to note that while the plants in the scenario may grow well at 40°C, this does not necessarily apply to all plants and highlights the importance of considering the specific environmental conditions for each species. In monatomic perfect gases and, approximately, in most gas and in simple metals, the temperature is a measure of the mean particle translational kinetic energy, 3/2 k BT. It also determines the probability distribution function of energy.
Temperature is a measure of the average kinetic energy of the atoms or molecules in the system. The zeroth law of thermodynamics says that no heat is transferred between two objects in thermal equilibrium; therefore, they are the same temperature.
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If there is a double bond between. In the fatty acid chain then it is to be
Answer:
unsaturated fat
Explanation:
Saturated fats have a single bond, while unsaturated fats have a double bond
Nutrition labels explain the the number of calories and nutrients that are found in one serving of
food. They are found on food packages to help people maintain a healthy and balanced life.
Below is an example of nutrition labels from two different sources of food.
Sample A
Nutrition Facts
Serving Size 2 oz
Servings per container 4
Amount Per Serving
Calories 200
Total Fat 1.5 g
Saturated Fat Og
Trans Fat Og
Cholesterol Omg
Sodium 10mg
Total Carbohydrate 41g
Dietary Fiber 6g
Sugars 2g
Protein 7g
Calories from fat 15
% Daily Value
2%
0%
0%
0%
0%
14%
24%
Sample B
Nutrition Facts
Serving Size 2 oz
Servings per container 5
Amount Per Serving
Calories 180
Calories from fat 130
% Daily Value
Total Fat 15
Saturated Fat 5g
Trans Fat Og
Cholesterol 45mg
Sodium 420mg
Total Carbohydrate 1g
Dietary Fiber Og
Sugars Og
Protein 10g
23%
26%
0%
14%
18%
0%
Based on the evidence, write a scientific explanation for which of the above samples a marathon
runner should choose to consume before a big race.
Based on the nutrition labels and the nutrient requirement of a marathon runner, the marathon runner will choose sample A because it is rich in carbohydrates.
What kind of diet plan would a marathon runner choose?A marathon runner would typically choose a diet plan that supports their energy needs, enhances performance, and aids in recovery.
This would involve diets rich in carbohydrates, proteins, and sufficient water.
Carbohydrates are the primary fuel source for endurance activities. A marathon runner's diet should include sufficient carbohydrates such as whole grains, fruits, vegetables, and legumes.
Marathon runners need slightly more protein than sedentary individuals to support training adaptations and minimize muscle breakdown
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Humans have ____________ pairs of chromosomes; members of each pair are called ____________ chromosomes, as seen in A above.
\(\qquad \qquad\huge \underline{\boxed{\sf Answer}}\)
Humans have 23 pairs of chromosomes, members of each pair are called homologous