1. Habitat destruction, which includes deforestation, channelization of rivers, or conversion of herbal ecosystems to agriculture or cities, deprives species of locations to live.
2. added species, that are transported via people to regions outdoor their native range, in which they're not managed via their herbal pathogens or predators, regularly lessen the populace sizes of local species via competition or predation.
3. Overharvesting has reduced the populations of flowers and animals or pushed them to extinction.
4. worldwide alternative is altering the environment to the extent that it reduces the potential of Earth to maintain life.
The principal direct purpose of biodiversity loss is land use alternate primarily for massive-scale food production which drives an envisioned thirty percent of biodiversity decline globally. second is overexploitation overfishing, overhunting, and overharvesting for such things as meals, medicines, and wood which drives around twenty percent.
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Which of the following are an example of a polysaccharide?
The following are examples of polysaccharide options (a) starch, option(b) chitin and option(d) cellulose.
Carbohydrates called polysaccharides can either be hydrolyzed back into two or more monosaccharides or are composed of more than two monosaccharides.
These crucial biological polymers function in organisms as storage or structural polymers. Glucose monomers make up the storage polysaccharide in plants known as starch. Two structural polymers that give plants support are chitin and cellulose.
The most prevalent type of carbohydrates in food are polysaccharides, often known as polycarbohydrates. They are long-chain polymeric carbohydrates made up of glycosidic connections that connect monosaccharide units. Using amylase enzymes as a catalyst, this carbohydrate can combine with water to create its constituent sugars.
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Develop a hypothesis to explain the difference between glucose uptake in red blood cells from 1 S-day-old and 1-month-old guinea pigs. (Think about how glucose gets into cells.)
The hypothesis that explains the difference between glucose uptake in red blood cells from 1 5-day-old and 1-month-old guinea pigs is the Red blood cells are the type of cells created in the body's bone marrow and contain one of the essential pigments called hemoglobin, which carries the respiratory gases throughout the body.
Red blood cells are known to possess glucose transporters or GLUT. GLUT 1 is the most important type of transporter channel that can be controlled by the levels of ATP and AMP in the cells.
It is observed that glucose absorption increases with an increase in the incubation period. The incubation period is when cells have been kept in contact with the radioactive glucose. There is a surge in the absorption in starting, and slowly there was a steady increase with the time.
finally It is observed that 15-day-old guinea pig cells absorb more radioactive glucose as it is always higher in the graph and represented by the red dots. It is almost double the glucose absorption in the case of 1-month-old guinea pig's cells.
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How do the Riffles affect the level of oxygen in a River?
(Please help!!)
For which of the following is the number the same in human males and females? a. interruptions in meiotic divisions b. functional gametes produced by meiosis c. meiotic divisions required to produce each gamete d. different cell types produced by meiosis
The answer is functional gametes produced by meiosis.
What is meiosis?
In eukaryotic, sexually reproducing organisms, a process known as meiosis is used to reduce the number of chromosomes in a cell prior to reproduction. These cells are packaged into gametes by numerous species, including eggs and sperm. During reproduction, the gametes may then collide and meld to form a new zygote. The union of two gametes will result in a zygote with the same number of alleles as the parents because the number of alleles was decreased during meiosis. This consists of two copies of each gene in diploid organisms.
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Please come up with a hypothesis based on what you think the effect of gender will be on post-activity heart rates.
A hypothesis based on what you think the effect of gender will be on post-activity heart females have a higher heart rate than men.
The heart's reaction to cardiac illness as well as normal cardiac physiology are both significantly influenced by biological sex. In the face of cardiac disease, women typically have superior cardiac function and survival than men do; however, this advantage gradually diminishes when postmenopausal women are contrasted with age-matched males. Heart disease in animals is similar to what occurs in people. Sex hormones play a crucial role in the sex-based variation in heart function and disease outcome. While testosterone is thought to be harmful to heart health, oestrogen is thought to be cardioprotective.To learn more about heart rate.
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When it comes to different strains of hantavirus, which one is of LEAST concern to humans?
A.
Hantaan
B.
Puumala
C.
Prospect Hill
D.
Sin Nombre
Answer: C, Prospect Hill.
Explanation: it's in the notes that this strain has no evidence of infecting humans.
Prospect Hill is the strain of hantavirus that is of least concern to humans. Therefore, option (C) is correct.
What is hantavirus?Hantavirus is a group of viruses that primarily infect rodents and can cause severe illness in humans. These viruses are transmitted to humans through contact with infected rodents, their droppings, urine, or saliva, or by inhaling dust contaminated with the virus. Hantavirus infections can lead to a range of symptoms, including fever, muscle aches, fatigue, and respiratory distress.
In some cases, the infection can progress to a severe and potentially fatal respiratory illness known as hantavirus pulmonary syndrome (HPS). Hantavirus infections are most commonly reported in rural areas, particularly in regions with high rodent populations. Prevention measures include avoiding contact with rodents, sealing up rodent entry points, practicing proper sanitation and hygiene, and taking precautions when cleaning up rodent-infested areas.
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What proportion of the solar energy that reaches the marsh is incorporated into gross primary production? Into net primary production? (A proportion is the same as a percentage divided by 100. Both measures are useful for comparing relative efficiencies across different ecosystems.)
Incorporating 5.8% of solar energy into gross primary production.
The amount of energy transferred from one trophic level to the next is referred to as ecological efficiency. Autotrophic organisms in an ecosystem convert solar energy into organic energy. Thermodynamics states that there is no perfect producer or consumer of energy. This indicates that there is a small amount of energy missing from one trophic level to the next.
Only 10% of the energy in the ecosystem gets moved from one trophic level to the next, and the production ratio varies throughout ecosystems. For instance, grassland produces more gross output than an aquatic system.
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why is nutrient cycling important to an ecosystem
Which two functional groups are always found in amino acids? a) carbonyl and amino groups b) carboxyl and amino groups c) amino and sulfhydryl groups d) hydroxyl and carboxyl groups
The two functional groups which are always found in amino acids are carboxyl and amino groups and is denoted as option B.
What are Amino acids?These are substances which are derived from protein is broken down through series of enzymatic actions and are the building blocks of life as they are responsible for the growth and repair of worn out tissues.
They contain elements such as nitrogen, carbon, hydrogen etc and their structure is made up of a basic amino group (―NH2) and an acidic carboxyl group (―COOH).
This is therefore the reason why option B was chosen as the most appropriate choice.
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A physical model is often used to show the complex structures that exist in
many cells. Which sentence best describes a benefit of using a model of a
cell?
The best phrase that describes a benefit of using a one-cell model is Integrating heterogeneous datasets and Identifying limits of our knowledge.
What is a model cell?The model cell is a testing center where people can experiment with ideas, embrace failure as a path for learning, and put new concepts into action
3D cell models provide more physiologically relevant conditions than 2D cell cultures, as they closely mimic the microenvironments, cell-to-cell interactions and biological processes that occur in vivo.
With this information, we can conclude that Since they account for individual behavior at the cell level such as cell proliferation, cell migration or apoptosis, cell-based models are a useful tool to study the influence of these behaviors on how tissues are organised in time and space.
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Which pharmacokinetic process is affected when medications are given to a patient who has a history of gastric bypass surgery?
The name of the pharmacokinetic (i.e., the PK) process affected when medications are given to a patient who has a history of gastric bypass surgery is known as absorption.
What are pharmacokinetic properties?The pharmacokinetic properties can de be defined as the physical-chemical properties of compounds in a given solution, which are fundamental during drug development and formulation selection processes in therapeutics.
In conclusion, the name of the pharmacokinetic (i.e., the PK) process affected when medications are given to a patient who has a history of gastric bypass surgery is known as absorption.
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Suppose a person had an accident that severed a small nerve required to move some of the fingers of the right hand. Would you also expect an effect on sensation from those fingers?
An accident that resulted in the severing of a small nerve for moving fingers of the right hand would result in effects on both motor control and sensation.
What are motor nerves?Motor neurons (MNs) are neuronal cells located in the central nervous system (CNS) that control a variety of downstream targets. The existence of MN subtypes that correspond to the characteristics of the targets they innervate is implied by this function. This function infers the existence of MN subtypes matching the identity of the targets they innervate.
More than 500 different skeletal muscles are found in humans, and these muscles can all coordinate precisely in time and space to produce complex movements like walking or grasping. SMEs must maintain the identity of the muscle they innervate in order to guarantee such precise coordination. Over the past 20 years, researchers from all over the world have made significant efforts to clarify several crucial stages of SpMN differentiation.
Therefore, if a nerve is severed, the effect will be seen on both motor nerves and sensory nerves.
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Spiders, ticks, horseshoe crabs, and scorpions all have a pair of claw-like appendages near their mouths used for feeding, defense, movement, and/or sensory reception. What are these appendages called?.
'Spiders, ticks, horseshoe crabs, and scorpions all have a pair of claw-like appendages near their mouths used for feeding, defense, movement, and/or sensory reception. These appendages are called chelicerae.
Spiders, ticks, horseshoe crabs, and many arthropods have claw-like appendages called Chelicerae which are used for feeding, defense, and movements. These jointed appendages are present near the mouth of some arthropods including spiders, ticks, and horseshoe crabs. The arthropods due to the presence of these chelicerae are known as the Chelicerata.
The chelicerae appendage consists of a base segment which is called the "paturon", which has the ability to articulate with the cephalothorax and a fang portion that can articulate with the base segment as well. Almost all spiders have the presence of venom glands and are able to inject the venom through openings that are present near the tips of their respective fangs when they are biting prey.
They are also considered to be mouthparts of the arthropod group that includes many varieties of arthropods. They are commonly referred to as "jaws” and may be shaped as either articulated types of fangs or the one that is similar to pincers.
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Dominant groups tend to use negative stereotypes of minorities when the minorities appear to be?
Dominant groups tend to use negative stereotypes of minorities when the minorities appear to be threatening.
What are stereotypes?The term stereotypes are awkward ideas that are targeted at a particular group of people. These stereotypes may not actually be a reflection of the situation of the person against whom the stereotypes are peddled.
The minority groups in several countries are the victims of these stereotypes. Hence, dominant groups tend to use negative stereotypes of minorities when the minorities appear to be threatening.
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Organophosphate pesticides work by inhibiting ace tylcholinesterase, the enzyme that breaks down the neurotransmitter acetylcholine. Explain how these toxins would affect EPSPs produced by acetylcholine.
These toxins can prolong the effects of EPSPs because the neurotransmitter can be active for a longer time in the synaptic cleft.
What is organophosphate?A wide range of chemicals known as organophosphate (OP) compounds are utilized in both home and industrial settings. These are some examples of organophosphates:
Malathion, parathion, diazinon, fenthion, dichlorvos, chlorpyrifos, and ethion are insecticides.Soman, sarin, tabun, and VX are nerve gases. Echothiophate and isofluorphate are ophthalmic agents.Trichlorfon is an antihistamine. Tribufos (DEF), merphos is a herbicide. Tricresyl phosphate is an industrial chemical.Therefore, these toxins prolong the effects of EPSPs because the neurotransmitter can be active for a longer time in the synaptic cleft.
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Which statement gives an advantage of multicellular organisms?
Answer:
Cells are able to provide support
Explanation:
There are multiple cells in these organism, so these cells help carry out multiple functions.
In humans, sperm and egg cells are haploid, meaning they contain a total of 23 unpaired chromosomes. the other cells in the body are?
In humans, sperm and egg cells are haploid, meaning they contain a total of 23 unpaired chromosomes. The other cells in the body are diploid.
This is due to the fact that each of our chromosomes is paired up, with one chromosome from each pair coming from each biological parent. Every human cell in the body has 23 pairs of these chromosomes, making our diploid number 46 and our 'haploid' number 23.The male reproductive cell, or gamete, is the sperm. The word "gamete" suggests that the cell is only one half of an entity. A human embryo is created when a sperm and a female gamete, or egg, join. When an organism's cells only have one set of chromosomes, the organism is said to be haploid. All organisms that reproduce sexually are diploid.To learn more about sperm.
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What is the activity that occurs during the movement of the plates under a volcano. 15 paragraphs pls.
The activities that occur during the movement of the plates under a volcano is the melting of the mantle which rises through the plate.
What is a Volcano?This is referred to as an opening which is present the earth's crust through and is characterized by the escape of substances such as lava, gases etc through it.
Volcanoes have plates which are found under it and experience varying degree of movement as a result of the increase in the temperature and pressure around it.
This leads to the melting of the mantle which is found in the earth crust which then rises through the plate.
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During the redox reaction in glycolysis (step 6 in Figure 9.9), which molecule acts as the oxidizing agent? The reducing agent?
Glucose is a carbohydrate formed by using energy to convert carbon dioxide and water bonded glucose molecules. What type of reaction does this represent?.
Glucose is a carbohydrate formed by using energy from the sun to convert carbon dioxide and water into glucose molecules through a reaction called photosynthesis.
Photosynthesis is the process by which plants use carbon dioxide, water, and energy from the sun to convert it into oxygen and sugar molecules called glucose. Plants use their organelles called chloroplasts to store energy from the sun. Chloroplasts have thylakoid membranes that possess a pigment known as chlorophyll. Chlorophyll is responsible for giving green color to plants.
Photosynthesis can be divided into light-dependent and light-independent reactions. Light-dependent reactions take place in the stroma, the space between thylakoid membranes and chloroplast. It uses light energy from the sun to convert into chemical energy in the form of ATP and NADPH. ATP and NADPH provide energy to assemble sugar molecules, synthesized by photosynthesis, called glucose.
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ond water can contain many types of organisms. which of the following are you most likely to find in a pond water sample?
We are most likely to find protozoa in a pond water sample.
Simple, single-celled organisms known as microorganisms are widespread across the planet. They are mostly made up of fungus, bacteria, protozoa, and members of the plant kingdom. They can only be seen under a microscope as a result. A drop of pond water typically contains thousands of these single-celled organisms.
Pond water typically contains a variety of microorganisms. The bio-film that covers sediments and other hard surfaces is made up of protozoa. They can travel from one place to another thanks to their mobility and capacity to rely less on the flow of water. Amoebas, paramecium, and a handful of ciliates are some of the protozoa that are most frequently found in pond water.
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you were being followed in the parking lot at the store. what part of the nervous system would immediately activate?
The sympathetic nervous system would immediately get activated in response to the stress.
The sympathetic nervous system is a part of the autonomic nervous system. It can be called an "automatic" nervous system. It helps your body to activate its "fight-or-flight" Response. It gets activated when you are stressed, in danger, or while doing some intense physical activities.
The effects of the sympathetic nervous system include increased heart rate, increased breathing rate, slowed down digestion, and increased eyesight. These effects improve your endurance and strength and help you get out of danger. The system releases neurotransmitters like epinephrine that produce such effects.
Sympathetic effects are kept in balance by the effects of the parasympathetic nervous system. Parasympathetic works opposite to the sympathetic system. While the sympathetic system keeps you on alert, the parasympathetic system promotes your body to relax.
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what are 5 resources valued by human society?
Answer:
Water, Oil, Coal, Forests, Iron
Explanation:
hope this helps
Answer:
Water, Oil, Coal, Forests
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ASAP Please please Help
1.The rate of photosynthesis can be measured as the volume of oxygen released by a
plant per minute. The number of bubbles of gas released per minute from waterweed is
counted.
a.The gas collected in this experiment is not pure oxygen. Suggest a reason for this.
Answer:
photosynthisis is the rate of reaction of the chloroplasts in the plant. the oxygen is collected from the plant and transformed to oxygen
Explanation:
hope this helps
Photosynthisis is the rate of reaction of the chloroplasts in the plant. the oxygen is collected from the plant and transformed to oxygen.
What happens during cellular function?One of the cellular functions is making food/creating energy. Plant cells do this the best as they have chloroplasts that can turn sunlight, water, and carbon dioxide into glucose and oxygen via photosynthesis.
The relationship between the structures found in cells and functions carried out by cells related to protein formation and transport or the capture, storage, and usage of energy is known as golgi body appratus.
This glucose is then turned into usable energy when it has transported to the mitochondria where it has been turned with oxygen into carbon dioxide and ATP via cellular respiration. The ATP is taken around the cell and distributed to where it is needed via the Golgi apparatus.
Therefore, One of the cellular functions is making food/creating energy. Plant cells do this the best as they have chloroplasts. Photosynthisis is the rate of reaction of the chloroplasts in the plant. the oxygen is collected from the plant and transformed to oxygen.
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Which term describes the distribution of charges in a water molecule?
O organic
O polar
O even
O negative
Answer: I thonk polar
Explanation:
me is big BRAIN
fill in the blank question. the splitting or diverging of a population into two or more is known as cladogenesis.
the splitting or diverging of a population into two or more species is known as cladogenesis.
What does cladogenesis mean?Cladogenesis is an evolutionary phenomenon that results from the divergence of taxa brought about by strong selection for the adjustment of sister populations from a common origin to different environments as a result of their isolation from each other on anatomical, physical properties, geographic, seasonal, ecological, and/or ethological (behavioural) levels.
A new animal or plant species is developed through speciation. When a group within a species splits from those other individuals of its family and develops its own distinct features, this is known as speciation.
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This photo shows a child receiving an oral vaccine against polio, a disease caused by a virus that infects neurons. Given that the body cannot readily replace most neurons, why is it important that a polio vaccine stimulate not only a cellmediated response but also a humoral response?
PolioPolio vaccine produces antibody in the blood called humoral responses ,it prevents to spread polio virus to the immune system.
What is the difference between OPV and IPV vaccine?OPV is administered orally, giving defence in the mouth , intestine and blood. Because polio viruses spread through the mouth and thrive in the intestines , it's crucial to protect both of these areas. An injectable vaccine called IPV offers protection in the blood.
The action of oral polio vaccine is two pronged. OPV antibodies in the blood to all three types of polio virus andand in the event of Infection,this protects the individual against polio paralysis by preventing the spread of polio virus to the nervous system.
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what technological advancement was necessary before scientists could begin to observe cells? a. invention of the microscope b. invention of the balanc
The invention of the microscope was required before researchers could start studying cells.
The correct answer is A.
Who made the microscope?Zacharias Janssen
The usage of a microscope, a discovery that dates back to the late 16th century and a modest Dutch eyeglass manufacturer named Zacharias Janssen, has helped every major branch of science. One classification is based on the element that interacts with the material to produce the image, such as light or photons (for optical microscopes), electrons (for electron microscopes), or a probe (scanning probe microscopes).
Which two basic types of microscopes are there?There are two different kinds of microscopes: Simple and compound microscopes both consist of lenses, with a simple microscope having a single lens and a compound microscope having multiple lenses.
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What anatomical term would you use to refer to the positioning of body parts in relation to the midsagittal plane?
The anatomical term used to refer to the positioning of body parts in relation to the midsagittal plane is Medial and/or lateral.
What is the medial and lateral plane?In anatomy, the medial and lateral planes make reference to toward midline and away from midline of the human body, respectively, in regard to the midsagittal plane.
In conclusion, the anatomical term used to refer to the positioning of body parts in relation to the midsagittal plane is Medial and/or lateral.
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water is obtained by plants from the soil solution.the water enters by the process of
Answer: ITS osmosis process
Explanation:
Because Water enters and leaves cells through osmosis, the passive diffusion of water across a membrane. In plants, water always moves from an area of higher water potential to an area of lower water potential.In this process, the cell wall and the cell fluid act as permeable membranes and semi-permeable membranes. The concentration of the cell is more in comparison to the water. So, water enters through the roots by Osmosis Process.
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