Univercentrism definition

Answers

Answer 1

Answer:

I can not help but here is a tip look it up on the Web. Hope that helps

Answer 2

Answer:

Great question. Its a very weighted word, whose definition I stumbled upon here: https://conradicus.medium.com/

Explanation:

Univercentrism is the idea that life can potentially exist for an infinite amount of time based on its ability to reproduce itself through succeeding generations of evolution.


Related Questions

what are
two positive and two negative effects of land use by humans.

Answers

Answer: Positive:

1. Keep humans alive

2. Adequate food

Negative:

1. pollution

2. over population

Explanation:

To determine whether eating sweet snacks (e.g. candy) causes more weight gain than eating oily snacks (e.g. potato chips), you feed two different groups of mice 1g of either candy or potato chips each day for seven days, and you compare the starting weight of each group with the final weight after the week.

Identify the following elements of your snack experiment:

a. iIndependent variable:
b. Dependent variable:
c. Control treatment(s):
d. Experimental treatment(s)
e. Standardized variables:

Answers

Answer:

a. the independent variable is the type of food you are giving the mice.

b. the dependent variable is the final weight of each group of mice.

c. the control is the amount of food you give to the mice.

d. the experimental treatment is what you are doing (which is feeding the mice two types of food to see which one causes more weight gain).

e. the standardized variable is the amount of time you are feeding the mice for (seven days for both groups)

Explanation:

I hope this helps ! :)

If a woman who is heterozygous for type B Blood, has a baby with a man who is heterozygous for type B blood, what are they chances their baby could have type O blood?​

If a woman who is heterozygous for type B Blood, has a baby with a man who is heterozygous for type B

Answers

Answer:

50%

Their are 50% chances for their baby to have type O blood.

Chapter 40 Chapter Assignment Sheets
4. Vein stimulation refers to techniques used when initial attempts to obtain a blood sample are not successful.
What are five techniques used to stimulate veins?
m
wash
Cloth
5. Describe the characteristics of a vein versus an artery versus a tendon when palpating and drawing blood.
6. Identify the recommended venipuncture method for each of the situations listed below.
A. When drawing blood from a 75-year-old patient
with thin veins
B. For collecting a blood specimen from children, who have small
veins and a tendency to move during the venipuncture procedure
C. When multiple blood samples must be obtained from
one venipuncture procedure
7. What are two of the most common adverse reactions patients have during venipuncture?
fear and Pain
8. In preparing a patient for venipuncture, why would it be helpful to know about the patient's past venipuncture
experiences?
9. Why does the appearance and attitude of the medical assistant matter when approaching a patient for a blood
sample?
10. If you sense that your patient does not understand that you are about to perform venipuncture, what would be
some good actions to take?

Chapter 40 Chapter Assignment Sheets4. Vein stimulation refers to techniques used when initial attempts

Answers

Answer:

4). Five techniques used to stimulate veins when initial attempts to obtain a blood sample are not successful include:

a). Placing a warm, moist towel over the area

b). Lightly tapping or slapping the area with your fingers

c). Massaging the area in a circular motion

d). Lowering and raising the arm to promote blood flow

e). Making a fist and opening and closing the hand

5). When palpating and drawing blood, veins are typically softer, more pliable, and have less resistance than arteries or tendons. Arteries are usually deeper in the body and have a more elastic and rigid feel. Tendons, on the other hand, feel firm and have a cord-like texture.

6). The recommended venipuncture method for each situation is:

A. When drawing blood from a 75-year-old patient with thin veins - use a butterfly needle or a small gauge needle to reduce discomfort and the chance of collapsing the vein.

B. For collecting a blood specimen from children, who have small veins and a tendency to move during the venipuncture procedure - use a butterfly needle or a smaller gauge needle to minimize discomfort and reduce the chance of collapsing the vein.

C. When multiple blood samples must be obtained from one venipuncture procedure - use a larger gauge needle to allow for faster blood flow and reduce the number of needle sticks.

7). The two most common adverse reactions patients have during venipuncture are pain and bruising at the site of the puncture.

8). Knowing about a patient's past venipuncture experiences can help the medical assistant prepare the patient and provide reassurance, address any concerns, and minimize discomfort during the procedure.

9). The appearance and attitude of the medical assistant matter when approaching a patient for a blood sample because it can influence the patient's level of anxiety and willingness to cooperate. A calm and professional demeanor can help put the patient at ease and build trust.

10). If you sense that your patient does not understand that you are about to perform venipuncture, some good actions to take include explaining the procedure in simple language, showing the patient the equipment to be used, and asking the patient if they have any questions or concerns. It is also important to obtain the patient's consent before proceeding with the procedure.

Examine the diagram of the nitrogen cycle.
Which option best describes what's happening in the part
labeled 3?
Ammonia, nitrates, and other compounds dissolve in
water and are carried to the oceans.
Human activities add nitrates and other compounds
to Earth's systems.
O Nitrogen is stored in the largest reservoir on Earth.
Nitrogen-fixing bacteria convert nitrogen gas into
compounds usable by plants and animals.

Answers

The part labelled 3 shows nitrogen is stored in the largest reservoir on Earth.

What is the nitrogen cycle?

The transformation and cycling of nitrogen in various forms throughout ecosystems is referred to as the nitrogen cycle, a biogeochemical process. The nitrogen cycle involves the transformation of nitrogen between various chemical forms so that it is available for use by plants and other creatures.

Nitrogen is a crucial element for the growth and development of living beings.

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Examine the diagram of the nitrogen cycle.Which option best describes what's happening in the partlabeled

What is the overall net gain of ATP in aerobic respiration per one molecule of glucose?
between 0-10
between 10-20
between 30-40
between 40-50

Answers

Overall net gain of ATP in aerobic respiration per one molecule of glucose is between 30-40.

What do you mean by aerobic respiration?

Aerobic respiration is the process of cellular respiration that takes place in the presence of oxygen gas to produce energy from food.

During aerobic cellular respiration, glucose reacts with oxygen, forming ATP that can be used by the cell. Carbon dioxide and water are created as byproducts.

Aerobic respiration provides energy to fuel all cellular processes. The reactions produce ATP, which is then used to power other life-sustaining functions, including growth, repair, and maintenance.

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Why does mature soil contain the most humus?

A. The mature soil has the most soil horizons
B. Has the least decomposed organic material from trees and vegetation
C. Has the most decomposed organic material from trees and vegetation
D. The mature soil has the biggest layer of bedrock

Answers

Answer:

i think the answer is c for me

an individual with the condition of myasthenia gravis is faced with an autoimmune disorder in which the body defenses attack acetylcholine receptors on muscle cells. what would be the expected effect on calcium levels near contractile proteins, following the arrival of an electrical impulse at those neuromuscular junctions?

Answers

When acetylcholine binds to its receptor, the muscle is stimulated and contracts. In myasthenia gravis, immune proteins called antibodies block, alter, or even destroy acetylcholine receptors at the neuromuscular junction, preventing the muscle from contracting.

How does myasthenia gravis develop in relation to the immune system?

Myasthenia gravis causes antibodies to be produced by your immune system that either block or harm many acetylcholine receptor sites in your muscles. Because there are fewer available receptor sites, your muscles get fewer nerve impulses, which results in weakening.

Myasthenia gravis (MG) is a long-term autoimmune disorder in which antibodies prevent the nerves' ability to communicate with the muscles, weakening the skeletal muscles as a result. Acetylcholine receptor antibodies are the main cause of myasthenia gravis, a neurological disorder that weakens and exhausts the voluntary muscles.

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In hydrochloric acid, HCl, the hydrogen atom orients itself as far away as
possible from each other because this arrangement

Answers

The orientation of the HCl molecule shows us that the compound is polar.

What is HCl?

We know that a molecule can be said to be polar if there is a dipole that is existing in the molecule. The dipole is said to be there for HCl because of the fact that the electron cloud is closer to the chlorine atom that the hydrogen atom.

Thus, we can see that the positive end of the dipole is hydrogen and the chlorine is the negative part of the dipole. As such the molecule that we can see as the HCl molecule is a polar molecule from the arrangement of the it.

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In hydrochloric acid, HCl, the hydrogen atom orients itself as far away aspossible from each other because

Explain how smoking and drinking alcohol by males can affect the development of an embryo.
Identify one factor, other than smoking and drinking alcohol, that may negatively affect a developing embryo.

Explain how smoking and drinking alcohol by males can affect the development of an embryo.Identify one

Answers

Smoking and drinking alcohol by males can affect the development of an embryo in the following ways:

cigarette smoke is a mutagen and smoking damages the DNA in sperm cellsdrinking alcohol can damage the quality of sperm and lead to abnormalities in the sperm DNA.

What are mutagens?

A mutagen is a physical or chemical agent that, in genetics, irreversibly alters genetic material, typically DNA, in an organism. This increases the frequency of mutations over the background level of natural mutations.

Radioactive elements, x-rays, ultraviolet rays, and certain compounds like cigarette smoke are examples of mutagens.

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What is a density dependent limiting factor that affects population size?
-Drought
-Climate
-Natural Disasters
-Disease

Answers

Answer:

Disease

Explanation:

In Ecology, certain factors that affect the size of a population can either be dependent on size or not. Density-dependent factors are those factors that affect population of organisms in dependence of how dense the population is. Examples of these density dependent factors are diseases, predation etc.

For example, a certain disease will spread faster among a population of organisms whose size is dense but slower in a scarcely densed population. Hence, disease as a factor is dependent on population size. Note that; Drought, Climate, and Natural Disasters will wipe out a population irrespective of its size.

Answer:

Disease

Explanation:

imagine that you have two blades of grass. one is from a normal plant, and the other is from a mutant plant that cannot absorb water into its vacuoles. how will the structures of these two blades of grass compare? please choose the correct answer from the following choices, and then select the submit answer button. answer choices

Answers

The grass blade from the mutant plant will appear unpigmented compared to that from the normal plant. So, option (d) is correct.

What is mutant plant ?

The look of a plant's traits, most notably its foliage, flowers, fruit, or stems, can change as a result of mutations in plants, a phenomenon that happens naturally. For instance, a flower might display two colors that are precisely half and half. Frequently, the mutant plants recover their normal state the following season.

What is unpigmented ?

Pigments are a group of chemical substances used to give other materials their color. They have a strong hue. These chromogens are also known as biological pigments or biochromes, which primarily refers to the actual pigments.

Vacuole help in the storage and disposal of various substances. They can store food or other nutrients required by a cell.

Lytic vacuoles  function as reservoirs for ions and metabolites like pigments, acids, and toxic substances.

As the grass blade are made up of cells and in mutant plant there is no vacuole so storage of pigment will be not there.

Therefore, The grass blade from the mutant plant will appear unpigmented compared to that from the normal plant. So, option (d) is correct.

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.
Which bone is connected to the eardrum?

stapes

incus

cochlea

malleus

Answers

Answer:

Malleus

Explanation:

Malleus other words known as hammer is the bone connected to the eardrum

Eukaryotic or Prokaryotic?
Why?
Animal or plant?
Why?

Answers

Eukaryotic cells have a membrane bound nucleus while prokaryotic cells do not. Animal and plant cells are eukaryotic. Animal and plant cells have different organelles.
Eukaryotic or Prokaryotic?Why?Animal or plant?Why?

what structure help to keep the stem's shape and up right position?​

Answers

Answer:  

The cell wall.

Explanation:

Explain the anatomy of where the blockage would occur leading to pancreatitis.
What is causing the blockage specifically and why?

Pauline - Pauline is a middle aged, obese women. She recently began having severe soreness in her abdomen and a lot of nausea. Pauline visited a specialist and the Doctor is leaning towards the diagnosis of pancreatitis due to a blockage. Pauline also happens to consume a diet that is low in protein and high in fat content.

Answers

The blockage in the pancreatic duct in Pauline's case is likely due to the presence of gallstones, which may have formed as a result of her diet and obesity.

What is pancreatitis?

Pancreatitis is a medical condition characterized by inflammation of the pancreas, a glandular organ located in the upper abdomen, behind the stomach. The pancreas has two main functions: to produce digestive enzymes that help break down food, and to produce hormones such as insulin that help regulate blood sugar levels.

In the case of Pauline, her doctor suspects that the pancreatitis may be due to a blockage in the pancreatic duct, which is a small tube that connects the pancreas to the small intestine. The blockage can occur due to the formation of gallstones, which are small, hard deposits that can form in the gallbladder and migrate to the pancreatic duct, blocking the flow of digestive enzymes from the pancreas.

Pauline's high-fat diet may contribute to the formation of gallstones, as the liver produces bile, which helps break down fats in the diet. When the bile becomes too concentrated, it can lead to the formation of gallstones. Additionally, obesity is a known risk factor for gallstones, as excess body weight can lead to changes in the way the body metabolizes cholesterol, which can increase the risk of stone formation.

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Key event Photosystem 1 is the liberation of a (blank) into the electron transport chain

Key event Photosystem 1 is the liberation of a (blank) into the electron transport chain

Answers

high energy electons

Help quick!! Will give brainst!!

Help quick!! Will give brainst!!

Answers

Answer:

combustible        ....................

Answer:

B TRANSPARENT THANK ME LATER GOD BLESS

which event contributed to life evolving on Earth

Answers

Answer:natural selection

Explanation:

true or false do dead zones occur mostly near the equator

Answers

Answer:

False.

Explanation:

Dead zones are not limited to occurring near the equator, as they are mostly naturally occurring and do not have a single cause. However, human activity has also begun to create dead zones around the world. Furthermore, most countries near the equator are not as industrial, or do not have as much negative human activity as those further from the equator, so it is less likely for dead zones (the non-natural type) to occur there.

Out of what material did coal form?
A. Sea organisms
B. Plant material
C. Limestone
D. Dinosaur fossils

B- plant materials. Just took the test.

Answers

Answer:

plant material

Explanation:

After millions of years underground, the compounds that make up plankton and plants turn into fossil fuels. Plankton decomposes into natural gas and oil, while plants become coal.

5. Why do scientists study human carrying capacity?A. because of a need to increase birth rateB. because of a need to change the population of a developing countryC. because of concerns about population growth, overcrowding, disease, andstarvation

Answers

The carrying capacity is the maximum size of a population that can be be sustained by the amount of food, water and other resources available.

Scientists study human carrying capacity in order to know about the rate of growth of population, overcrowding, increase in the rate of disease and starvation.

Therefore, the correct answer is option C. because of concerns about population growth, overcrowding, disease, and starvation.

The following substrate is completely oxidized to CO2 by a cellular homogenate containing all necessary enzymes and coenzymes . It is assumed that the glycolysis, the citric acid cycle and oxidative phosphorylation are fully active and that the glycerol-3-phosphate shuttle is functional. What is the net gain of ATP molecules after the complete degradation of one Glyceraldehyde 3-phosphate molecule

Answers

Answer:

The correct answer is - 19 ATP.

Explanation:

One molecule of dihydroxyacetone phosphate fully oxidizes and generate 19 molecules of ATP by the following stochiometry

Direct ATP- 2

ATP from NADH ( 5X3)= 15

ATP from GTP 1

ATP from FADH2 1 or 1.5

Total 19 or 19.5

How does the control group setup in an experimental differ from the other setups in the same experiment?

Answers

Answer:

A control group setup in an experiment is used to see if there are other variables in play during the experiment. Say I was to test which type of blood is a shark's favorite, my control would be putting red paint in one of the set ups to see if the shark is just interested in the red color of blood, instead of the other types of blood.

Explanation:

Answer:

The control group does not receive the independent variable during the experiment.

Explanation:

The group that will receive the independent variable during the experiment is the experimental group. The dependent variable is what you will measure as a result. The control group is not receiving the independent variable during the group, as it is what you're measuring the experimental group to.

what is the answer???

what is the answer???

Answers

Answer: 1 and 3

Explanation: i hope this helped also if you want to support me please pick me as the brainlyest

Forested floodplain wetlands benefit from periodic flooding from rivers. When floodwaters spill into the wetland, they bring water and nutrients and leave both behind. But humans have often cut off floodplains from rivers by building roads, levees, berms, etc. Think about what would happen if a river could no longer flood into these areas. How would the resulting increased amount of water and nutrients in the river affect soils, hydrology, and life downstream?

Answers

The absence of flooding from rivers into forested floodplain wetlands would lead to adverse effects on soils, hydrology, and the overall biodiversity downstream, emphasizing the importance of maintaining the natural connection between rivers and floodplains for the health and functioning of these ecosystems.

If a river can no longer flood into forested floodplain wetlands due to human interventions, it would have significant consequences for the downstream areas in terms of soils, hydrology, and life.Without periodic flooding, the increased amount of water and nutrients in the river would not be able to disperse and be deposited in the floodplain wetlands. As a result, downstream soils would experience a decrease in nutrient inputs, leading to decreased fertility and altered composition. The absence of regular flooding would disrupt the natural hydrological cycle, reducing the recharge of groundwater and altering the flow patterns in the river system. This could result in decreased water availability, increased erosion, and changes in the overall ecosystem dynamics downstream.The disruption of nutrient flows and hydrological patterns would also have a significant impact on the life forms downstream. Aquatic plants, fish, and other organisms that depend on floodplain wetlands for breeding, feeding, and shelter would face habitat loss and reduced food availability. This, in turn, could disrupt the food chain and impact the abundance and diversity of aquatic and terrestrial species in the downstream areas.The absence of flooding from rivers into forested floodplain wetlands would lead to adverse effects on soils, hydrology, and the overall biodiversity downstream, emphasizing the importance of maintaining the natural connection between rivers and floodplains for the health and functioning of these ecosystems.

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The Barton Springs salamander is an endangered species found only in a single spring in the city of Austin, Texas. There is growing concern that a chemical spill on a nearby freeway could pollute the spring and wipe out the species. To provide a source of salamanders to repopulate the spring in the event of such a catastrophe, a proposal has been made to establish a captive breeding population of the salamander in a local zoo. Suppose you are asked to provide a plan for establishing this captive breeding population, with the goal of maintaining as much of the genetic variation of the species as possible in the captive population.
What factors are likely to lead to a loss of genetic variation in the captive population?
a. increased rate of mutation
b. a founder effect
c. reduced genetic drift over time
d. a lack of inbreeding
What strategy would likely be effective in mitigating the loss of genetic variation in the captive population? a. keeping the sex ratio as close to 50:50 as possible
b. stopping gene flow to and from the captive population
c. regularly mating individuals that are related
d. keeping the captive population as small as possible

Answers

Answer:

1. b. a founder effect

2. a. keeping the sex ratio as close to 50:50 as possible

Explanation:

The founder effect is a phenomenon that occurs when a small subset of individuals split from a larger population in order to establish a new colony. The founder effect is known to cause a reduction in genetic variation of the colony due to genetic drift, i.e., due to the random sampling of the individuals that form the colony (which doesn't reflect the total genetic diversity of the original population). Moreover, the sex ratio refers to the proportion of males to females in a population. When establishing a captive population, it is recommended to maintain a sex ratio as close to 50:50 as possible because it reduces inbreeding, and thereby mitigating the loss of genetic variation. In some populations, it has been proposed that a 50:50 sex-ratio might also increase the competition between males, which is believed to be fundamental for maintaining a healthy genetic structure of the population.

Which of these accomplishments is attributed to Song Ci?


He popularized the art of beekeeping in ancient times.


He wrote a book noting the impact of insects on human remains.


He solved early criminal cases by timing the life cycles of insects.


He noted that flies were the first insects to find human remains.

Answers

An accomplishment which is attributed to Song Ci is that: B. he wrote a book noting the impact of insects on human remains.

Who is Song Ci?

Song Ci was a Chinese from the Southern Song dynasty and he was a forensic medical scientist, physician, anthropologist, writer and judge. Also, Song Ci was born in 1186 and he's famously known as the founding father of forensic science for being the world's first forensic entomologist.

Historically, he wrote a book on how to distinguish between the causes and type of death. Thus, Song Ci was able to unravel and solve several criminal cases by determining their causes and type, especially through the study of the impact of insects on human remains.

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In the Cori cycle, when glucose is degraded by glycolysis to lactate in muscle, the lactate is excreted into the blood and returns to the liver. In the liver, lactate is converted back into glucose by gluconeogenesis. For each given enzyme, identify whether it is involved in the glycolysis pathyway, gluconeogenesis pathway, both pathways, or neither pathway.

a. glyceraldehyde 3-phosphate dehydrogenase
b. phosphofructokinase-1
c. phosphoenolpyruvate carboxykinase
d. alcohol dehydrogenase

Answers

Answer and explanation:

Glycolysis and gluconeogenesis are metabolic pathways of great importance in the regulation of glycemia (glucose levels in the blood).

While glycolysis, a catabolic pathway that occurs when the glucose levels are high and is used to generate energy inside our cells; gluconeogenesis, an anabolic pathway, happens because glucose levels aren't high enough for our tissues to perform their energy-demanding tasks.

Glycolysis is stimulated by insulin and transforms 1 glucose molecule into 2 pyruvate molecules, which can then be further metabolized to produce ATP. Gluconeogenesis does the opposite: being stimulated by glucagon and epinephrine, it converts pyruvate molecules into glucose molecules to elevate glycemia.

Partaking in antagonizing pathways, glycolysis and gluconeogenesis appear to be the exact reverse pathway for one another, except for a few specific enzymes that are unique to each one of them.

a. glyceraldehyde 3-phosphate dehydrogenase - both pathways. This enzyme catalyzes the conversion of glyceraldehyde 3-phosphate into 1, 2 biphosphoglycerate, and backward.

b. phosphofructokinase-1 - glycolysis. This kinase phosphorylates (adds a phosphate group) fructose 6-phosphate into fructose 1, 6 biphosphate. In gluconeogenesis, the opposite reaction occurs thanks to the fructose 1, 6 biphosphatase (which removes a phosphate group from fructose 1, 6 biphosphate).

c. phosphoenolpyruvate (PEP) carboxykinase - gluconeogenesis. In glycolysis, phosphoenolpyruvate is transformed to pyruvate in one single reaction, catalyzed by enzyme pyruvate kinase. But in gluconeogenesis, pyruvate needs first to be converted into oxalacetate by the pyruvate carboxylase, so can then be transformed into phosphoenolpyruvate by the PEP carboxykinase.

d. alcohol dehydrogenase - neither pathway. Alcohol dehydrogenase is an enzyme that can be found in Ethanol metabolism, catalyzing the forming of acetaldehyde from an ethanol molecule.

What result allowed Dintzis to conclude that proteins are synthesized from the N terminus to C terminus

Answers

Answer:

The more newly synthesized peptides had greater levels of radiolabeled H

Explanation:

Using immature red blood cells (reticulocytes), Dintzis showed that polypeptide chains of hemoglobin were created from N-terminal to the C terminus during translation. Dintzis labeled with radioactive amino acids that were being actively translated, subsequently digested the translated proteins with trypsin and finally determined the amount of tryptic protein fragments. From this experiment, Dintzis observed that the radioactive products were concentrated in the C-terminus (i.e., labeled amino acids appeared first in the C terminal tryptic peptides), thereby showing that the direction of protein synthesis is from the N terminus to the C terminus.

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