1. He was the first westerner-to perform an autopsy.
Autopsy- An autopsy, sometimes referred to as a post-mortem examination, is a specialized surgical procedure used to determine the manner and cause of death. The term "cause of death" refers to the medical diagnosis for such reason a patient passed away.
The three subcategories of autopsies are anatomical or academic autopsies, clinical or pathological autopsies, and medico-legal autopsies..
For such benefit the patient families, our staff, as well as the future practice of medicine, an autopsy serves two purposes:
1) To fully examine the prevalence as well as severity of human sickness in patients.
2) To evaluate the effectiveness of various treatment options.
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how we can distinguish the location of each researcher on research( their university)
Such a central database doesn't exist, certainly not one that includes all researchers working in a particular field.
Even though it's a rather ambiguous mapping, one of the best options I can think of is to query for all publications in as many influential venues of the field you're interested in using DBLP (or a queryable part of it, like Faceted DBLP), and then filter the linked authors based on their foaf: homepage attribute.
This may at least give you a rough idea of the institution (and therefore the nation) the researcher is (or was?) involved with. (Very unstable; however, it might be close to being better than nothing.) –
I believe using the websites of the principal pertinent institutions is your best course of action. However, it will take a lot of work.
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Identify the axis of the graph below for the rate of enzyme action.
Rate of Enzyme Action
Rate of Enzyme Actio
Rate of Enzyme Act
the x-axis (dependent variable)
Rate of Enzyme Action is the x-axis (independent variable)
Answer:
Explanation:
X-axis represent temperature and Y-axis represent enzyme activity. All enxymes act at an optimum temperature, above and below this temperature the enzyme activity declines
What’s the answer?????
What is the molarity of 1.2 moles of calcium carbonate (CaCO3) dissolved in 65mL of water
18.46mol/L is the molarity. here we know that molarity is number of moles divided by the solution in liter.
The symbol for molarity is a capital M. A solution is a mixture of two or more substances in which the substances that are mixed together and that do not change chemically. Molarity is the number of moles of solute that is present in the per liter of solution.
here it is given that 1.2 moles of calcium carbonate (CaCO3) dissolved in 65mL of water and we have to find the molarity
so molarity is number of moles of solute/ Liter in solution.
so 1.2moles÷0.065l
=18.46mol/L
The unit of molarity is mol/L. the number of moles of solute per liter of solution refers to Molarity it is expressed in moles/liter.
molarity of the 1.2 moles of calcium carbonate (CaCO3) dissolved in 65mL of water is 18.46mol/L we got it from the above equation
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Nature has ways of keeping the nitrogen,
carbon, and phosphorus cycles in balance.
However, run-off from animal operations and
fertilizers in our waterways can result in
A. cultural eutrophication
B. erosion
C. cleaner drinking water
D. an increase in water temperature
Answer: A. Cultural eutrophication
Explanation:
Correct option A.) cultural eutrophication.
When nitrogen and phosphorus from fertilizer are carried in runoff to lakes and oceans, they could purpose eutrophication, the overgrowth of algae. The algae can also additionally expend oxygen from the water and create a lifeless sector.
Most fertilizers utilized in agriculture—and on lawns and gardens—comprise each nitrogen and phosphorus, which can be carried to aquatic ecosystems in floor runoff. Fertilizer carried in runoff can also additionally purpose immoderate boom of algae or different microbes that have been formerly constrained through nitrogen or phosphorus. This phenomenon is known as eutrophication. At least in a few cases, phosphorus, now no longer nitrogen, appears to be the principle driving force of eutrophication.
Regions of lakes and oceans which can be depleted of oxygen because of a nutrient inflow are known as lifeless zones. The range of lifeless zones has elevated for numerous years, and greater than four hundred of those zones existed in 2008. One of the worst lifeless zones is off the coast of the US withinside the Gulf of Mexico. Fertilizer runoff from the Mississippi River Basin created a lifeless sector of over 8,463 rectangular miles.
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difference between receptors and effectors.
The classification system for organisms has changed from seven levels to eight. This happened because
scientific consensus changed as scientists learned more about organisms.
scientists did not test the seven-level system often enough to lead to consensus.
the eight-level system of classification is an emerging idea that needs more testing.
the seven-level system of classification was not supported by scientists.
There are now eight levels in the organism classification scheme as opposed to the previous seven. The reason for this is because: as scientists learnt more about organisms, the scientific consensus shifted.
The seven-level scheme was not put to the test by scientists frequently enough to produce agreement.
The eight-level classification system is a new concept that requires more research. Scientists did not agree with the classification scheme of seven levels.
The seven categorization systems were organised by Carolus Linnaeus. The Linnaean classification system uses a hierarchy of groupings called taxa. The eight Levels of the Classification System were proposed by Thomas Cavalier-Smith.
The Classification System's Levels:
The eight tiers of the organism classification hierarchy are as follows:
domain, kingdom, phylum, class, order, Family, genus, species
The classification criteria:
The following standards apply to the levels of the organism categorization system:
cell structure complexity, body arrangement, manner of nourishment, way of life, and phylogenetic relationship.
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A. Scientific consensus changed as scientists learned more about organisms.
why can’t Science tell us what happened at the beginning of time.
Answer: Because god is what happened at the beginning of time but science can explain god no one can so they can't talk about how the beginning of the world happened
Explanation:
i guess because we can't prove everything 100% and lots of people have different beliefs
hope this helps but i doubt it lol
The second step in the scientific method is:
A. Constructing a hypothesis.
B. Doing background research.
C. Communicating results.
D. Asking a question
If Earth was not tilted, there would be no
A. seasonal cycle
B. Hadley cell
C. diurnal cycle
D. albedo
The main cause of the seasons is this. The Northern Hemisphere has warm weather when the Earth is tilted toward the sun, and cool weather when the Earth is tilted away from the sun. Thus, option A is correct.
What is Earth seasonal cycle?The Earth's axis is currently inclined 23.5 degrees. The Earth rotates on its axis at a fixed tilt as it orbits the Sun. The Northern and Southern Hemispheres are tilted away from the Sun.
At different times of the year as a result of this angle. A hemisphere experiences winter and longer nights as it is tilted away from the Sun.
Therefore, there would be no seasonal cycle If Earth was not tilted.
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When graphing data, the variable the should be plotted on the x-axis is the...
Answer:
Independent Variable
Explanation:
the dependent variable goes on the y-axis while the independent variable goes on the x-axis
Which statement is NOT true about the maintenance of variation in a
population?
O Heterozygote superiority may lead to selection for the heterozygote above
either homozygote.
O Selection for adaptation to a particular environment ensures that the
population will become stronger and more viable under any conditions.
O Only phenotypes are acted on by selection, so heterozygotes serve as a
reservoir of recessive alleles that may be adaptive in a different environment.
O Variations allow for the presence of conditions such as sickle cell anemia.
O Variation is maintained through mutation, recombination, gene flow, and
changed conditions.
Selection for adaptation to a particular environment ensures that the
population will become stronger and more viable under any conditions. This statement is NOT true about the maintenance of variation in a
population.
A variety of factors contribute to population genetic diversity. Potentially harmful recessive alleles in diploid organism populations can be protected from selection by heterozygous individuals (recessive alleles are only expressed in the less common homozygous individuals). Natural selection can also preserve genetic diversity by preserving balanced polymorphisms. Balanced polymorphisms may develop when heterozygotes are preferred or when selection is frequency-dependent.
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what was the independent and dependent variable of kettlewell’s experiment
Answer:
The experiment found that birds selectively prey on peppered moths depending on their body colour in relation to their environmental background.
Explanation:
The evolution of a dark-coloured body provided a survival advantage in a polluted locality.
Independent Variable: Moth color (light or dark)
Dependent Variable: Predation rate by birds on moths (affected by camouflage against tree trunks).
The independent variable in Kettlewell's experiment was moth color—light or dark. The dependent variable was bird moth predation. Kettlewell examined pollution-induced tree trunk darkening, industrial melanism. Soot-covered trees helped dark moths conceal, minimising predation. The experiment examined if moth colour affected avian predation.
Light moths were more apparent on dark trees and preyed on, whereas dark moths had an advantage. This encounter showed how natural selection adapts organisms to environmental changes. Kettlewell's work showed how camouflage affected predation and evolution, linking colour variation to survival benefits in diverse settings.
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The main two ways scientists share results of an experiment are
by writing a paper and submitting it to an academic journal or
presenting their findings to their students at universities.
O True
O False
Answer:
False
Explanation:
I took the test
5. R groups can be classified by their chemical properties. Identify the three classifications for R groups and then
discuss how the R groups affect the structure and function of a protien
Answer:
this is answers
scan and see
Please help with both fill in blank for number 7.
First Fill in Blank options:
-M20
-E38
-W0
Second Fill in Blank options:
-increase
-decrease
-rate did not change
Climate change may be harm for us justify?
Climate change may be harm for us because Droughts that are more frequent and intense, storms, heat waves, rising sea levels, melting glaciers, and warming oceans can directly harm animals, destroy their habitats, and disrupt people's livelihoods and communities.
The effects of climate change on various sectors of society are interconnected. Drought can have a negative impact on both food production and human health. Flooding can lead to disease spread and damages to ecosystems and infrastructure. Human health issues have the potential to increase mortality, reduce food availability, and reduce worker productivity.
According to the World Health Organization, climate change is the greatest health threat facing humanity, threatening the progress made in development, global health, and poverty reduction over the last 50 years.
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The mass of an atom is fou
Together, the number of protons and the number of neutrons determine an element's mass number: mass number = protons + neutron.
Explanation:
5. By examining only the chemical formula of a molecule, how would you know you were looking at a carbohydrate?
Answer: Has a ratio formula of (CH2O)n
Explanation:
Glucose: C6H12O6
Ribose: C5H10O5
Which is an example of a scientist using a mathematical model to describe
the atom?
OA. The scientist thinks of the atom as being like a planet and its
moons.
OB. The scientist uses ping-pong balls to represent protons, neutrons,
and electrons.
OC. The scientist has a computer calculate how far the electrons are
from the nucleus.
OD. The scientist draws a picture of an atom, being as accurate as
possible.
The scientist has a computer calculate how far the electrons are from the nucleus is an example of a scientist using a mathematical model to describe the atom.
What is a Mathematical model?This type of model uses mathematical concepts and language and is used as a form of quantitative analysis by using the variables present in the model.
This model helps to define the relationship between the variables and an example is to calculate how far the electrons are from the nucleus in which different mathematical terms are used which is why option C was chosen as the most appropriate choice.
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What is the Silk Road? When did the Silk Road originate? How many countries are connected?
Answer:
The Silk Road, often referred to simply as the Silk Road, originated from a five-volume atlas published in 1877 by the German imperial geographer Baron Ferdinand von Richthofen. The Silk Road refers to the land passage starting from Chang'an or Luoyang, passing through Gansu and Xinjiang, to Central Asia, West Asia, Europe, and connecting the Mediterranean countries. At first, the Silk Road was opened by Zhang Qian's mission to the Western Regions in the Western Han Dynasty. It started from Chang'an and reached the farthest land trade route to the countries of West Asia. In the Eastern Han Dynasty, Banchao's mission to the Western Regions opened up the long-abandoned Silk Road. The east end of the route extends to Luoyang, the capital of the Eastern Han Dynasty, and the west end extends to Europe (Rome), which is the current complete Silk Road route. This road is also known as the "Overland Silk Road" to distinguish the other two future traffic routes under the name "Silk Road". Because silk products have the greatest influence on the goods transported westward by this road, it got this name. Its basic trend is set in the Han Dynasty, including three routes of South Road, Middle Road and North Road. But in fact, the Silk Road is not a "road", but an unmarked road network through mountains and deserts, and silk is only one kind of goods.
Explanation:
What specific pieces of evidence support the endosymbiotic theory in regard to the origins of eukaryotic organisms that can undergo photosynthesis?
30 POINTS PLEASE HELP
which option is a sign that an experiment would benefit from a redesign?
The experiment contained control groups.
The hypothesis is supported by the results.
Only the independent variable in the experiment was changed.
The results refute the hypothesis.
Only the independent variable in the experiment was changed.
Explanation:
Step 1: Define your variables. You should begin with a specific research question. ...
Step 2: Write your hypothesis. ...
Step 3: Design your experimental treatments. ...
Step 4: Assign your subjects to treatment groups. ...
Step 5: Measure your dependent variable
URGENT which list orders the terms from least complex to(at the beginning) to most complex(at the end)
A. cell, atom, molecule, organelle
B. atom, molecule, organelle, cell
C. cell, organelle, molecule, atom
D. Atom, molecule, cell, organelle
Explanation:
the answer should be D because an atom is smallest
Students use a microscope to look for structures present in four different cells. The students
placed an X for each structure that was viewed for each cell on the table shown.
Which cell (or cells) were most likely a eukaryote? Choose the BEST ANSWER CHOICE
A. Cell X only
B. Cell X and Cell Y
C. Cell W and Cell Z
D. Cell X, Cell Y and Cell Z
Cell Z
Place these major moments from civil rights history in order from earliest to most recent.
Start by clicking the first item in the sequence or dragging it here
Drag the items below into the box above in the correct order, starting with the first item in the sequence.
Plessy v. Ferguson is decided by the Supreme Court.
The Fourteenth Amendment is ratified.
The Voting Rights Act is passed.
Dred Scott v. Sanford is decided.
Brown v. Board of Education is decided by the Supreme Court.
The major moments from civil rights history in order from earliest to most recent are as follows,
I. Scott vs Stanford is decided.
ii. The Fourteenth Amendment is ratified.
iii. Plessy vs Ferguson is decided by the Supreme Court.
iv. Brown vs Board of Education is decided by the Supreme Court.
v. The Voting Rights Act is passed.
In 1857, Scott vs Stanford is decided. In this ruling, the U.S. Supreme Court stated that enslaved people were not citizens of the United States and therefore, could not expect any protection from the federal government or the courts.
In 1868 the 14th Amendment to the U.S. Constitution is passed, guaranteeing due process and equal protection rights to all citizens.
In 1896, the U.S. Supreme Court "separate but equal" decision in Plessy v. Ferguson approved laws requiring racial segregation, as long as those laws did not allow for separate accommodations and facilities for blacks that were inferior to those for whites.
In 1954, the U.S. Supreme Court decision in Brown v. Board of Education of Topeka, Kansas ended legal racial segregation in public schools.
In 1965, the Voting Rights Act prohibits the denial or restriction of the right to vote, and forbids discriminatory voting practices nationwide.
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Correctly label the diagram of the cell with the parts of transcription and translation. Submit your response as a numbered list
1
2
3
4
5
Answer:
jlkjkllkj;
Explanation:
lkjnkjlnmklhbkjbjkhb
Tyrel is hiking with his sister when they begin noticing that a lot of the trees around them look unhealthy. The leaves have large holes in them, as though something has been eating through them. After about a mile more of walking, both Tyrel and his sister realize that the only trees looking unhealthy with their leaves eaten through are oak trees. What is causing this?
A. a fungus
B. ash borer beetles
C. gypsy moths
D. a biopesticide
The reason for the eating of the leaves of the trees is the gypsy moths.
What are leaves?The leaves are the photosynthetic parts of the plant. The leaves are exposed to the sun and are able to produce the food that is required by the plant. Thus, the food of the plant could only be produced at the leaves and a damage to the structure of the leave by pests would certainly have an effect on the whole plant.
The gypsy moths are known to eat the leaves of trees. We can see here that in many places, the leaves of trees could be eaten by the gypsy moths.
As such, the reason for the eating of the leaves of the trees is the gypsy moths.
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Earth Science: Q9. What does each letter in the diagram below represent?
The Earth is composed of three main layers: the crust, the mantle and the core. A) Inner core, B) Outer core, C) Mesosphere, D) Lithosphere, E) Astenosphere, F) Oceanic crust, G) Continental crust, H) Litosphere, I) Outer mantle, J) Astenosphere.
What are the layers of the Earth?Three main layers compose the Earth.
The crustThis is the most external layer.
It is located right upon the mantle and is divided into many plates, that move over it.
It is composed of the oceanic basaltic plate (6-12 km) and the uppermost continental granitic plate (25-70 km).
The mantleThis is the second layer that composes the Earth.
It is a very hot and dense rock that is capable of flowing.
Convection currents occur in this layer, rising hot melted material from the deepest region and sinking cold solid material from the surface.
Three layers compose the mantle,
• Upper mantle (40-400km)
• Transition zone (400-670km)
• Inner mantle (2285 km)
The coreThis is the third layer and is divided into two sublayers,
- the solid inner core (1216 km)
- the liquid outer core (2270 km)
The core is mainly composed of Ferrum and nickel, and its temperature is about 6000ºC.
The extremely high temperatures are closely involved in material circulation, keeping the Earth's surface temperature, and electromagnetic field.
• The core composes the Endosphere
• The Internal mantle composes the Mesosphere
• The Transition zone and superior mantle compose the Astenosphere
• The Crust composes the Lithosphere
In the attaches filed you will find the correct names of each layer.
A) Inner core
B) Outer core
C) Mesosphere
D) Lithosphere
E) Astenosphere
F) Oceanic crust
G) Continental crust
H) Litosphere
I) Outer mantle
J) Astenosphere
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Nitrogen fixation by bacteria is one of the
ways that atmospheric nitrogen is converted
to a form that plants can use to make
biomolecules.
In the nitrogen cycle, which
process restores nitrogen gas back to the
atmosphere?
Answer: Denitrification
Explanation: Caused by bacteria when they use nitrate instead of oxygen for respiration