How are transitional fossils evidence to support the process of natural selection?(1 point)

A) They show intermediate steps in the evolution process.

B) They show that most species have not changed over long periods of time.

C) They show plants and animals that once existed but do not exist now.

D) They show that every species of animals developed separately.

Answers

Answer 1

Answer:

1. Individuals with thicker fur had a survival advantage in the cold...

2. Random mating

3. The green skin color is being selected over blue skin color.

4. DNA.

5. They show intermediate steps in the evolution process.*

6. Different islands had very different food resources available...

7. Those who have traits that help them survive are able to reproduce...

8. It makes them unrecognizable to the immune system

9. The exposure of human populations to less UV light required...

10. The correlation between air pollution and white moth predation

11. It is a biological process that leads a population to have a widespread...

12-16 Essays

Explanation:

Good luck ♡

Answer 2

Transitional fossil evidence shows intermediate steps in the evolution process. So, the correct option is A.

What do you mean by Fossil?

Fossils may be defined as the preserved remains, or traces of remains, of ancient organisms. They are dead and organic remains of past organisms.

Transitional fossil evidence would show intermediate forms of a species and they changed and accumulated adaptations at a slow pace. These are remnants of an organism that came in the version of the current species.

Therefore, Transitional fossil evidence shows intermediate steps in the evolution process.

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Related Questions

A piece of metal with a mass of 32.8 g is heated to 100.5°C and dropped into 138.2 g of water at 20.0°C. The final temperature of the system is 30.2°C. What is the specific heat capacity of the metal?

Answers

Answer:

Specific heat capacity of metal is 2.6 J/g°C.

Explanation:

Heat lost by metal = Heat gained by water

\(m_{m}\)\(c_{m}\)ΔT = \(m_{w}\)\(c_{w}\)ΔT

where: \(m_{m}\) is the mass of metal, \(c_{m}\) is the specific heat capacity of metal, ΔT  is the change in temperature of metal and \(m_{w}\) is the mass of water, \(c_{w}\) is the specific capacity of water and ΔT is the change in temperature of water.

32.8 x  \(c_{m}\) x (100.5 - 30.2) = 138.2 x 4.2 x (30.2 - 20.0)

32.8 x \(c_{m}\) x 70.3 = 138.2 x 4.2 x 10.2

\(c_{m}\) x 2305.84 = 5920.488

\(c_{m}\) = \(\frac{5920.488}{2305.84}\)

    = 2.56761

\(c_{m}\) = 2.6 J/g°C

The specific heat capacity of the metal is 2.6 J/g°C.

The specific heat capacity of the metal is 2.6 J/g°C.

Calculation of specific heat capacity:

We know that

Heat lost by metal = Heat gained by the water

So,

\(m_mc_m\Delta\ T = m_wc_w\Delta\ T\)

Here

\(m_m\) is the mass of metal,

\(c_m\) is the specific heat capacity of metal,

ΔT  is the change in temperature of metal

\(m_w\) is the mass of water,

\(c_w\)  is the specific capacity of water

and ΔT is the change in temperature of water.

Now

32.8 x c_m  x (100.5 - 30.2) = 138.2 x 4.2 x (30.2 - 20.0)

32.8 x c_m x 70.3 = 138.2 x 4.2 x 10.2

\(c_w\) = 2.6 J/g°C

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I need help please before 12

I need help please before 12

Answers

Answer:

anyyyy girrllll online hereeeere m soo bored

what is the function of brain hxhtojuqat​

Answers

Answer: buuu

Explanation:

What is primary membrane?

Answers

Answer:

This is the info

Explanation:

Primary membrane (Pm) stresses are tensile or compressive stresses that are uniform through the entire cross-section of a pressure vessel. Gross plastic deformation will occur when the stresses exceed these the yield strength of the material.

What do you use to calculate the pulse using LIGHT?

Answers

Answer:

A pulse sensor or any optical heart-rate sensor, for that matter, works by shining a green light (~ 550nm) on the finger and measuring the amount of reflected light using a photosensor. This method of pulse detection through light is called Photoplethysmogram.

Explanation:

does the value of acceleration due to gravity vary from planet to planet explain​

Answers

Answer: The value of acceleration due to gravity, commonly denoted as "g," is the acceleration experienced by an object due to the force of gravity acting upon it.

The value of g varies from planet to planet because the strength of the gravitational force depends on the mass of the planet and its distance from the object experiencing the force.

Explanation: On Earth, the standard value of g is approximately 9.8 m/s^2. This means that an object weighing 100 grams on Earth would experience a force of approximately 9.8 newtons (N) acting upon it due to gravity.

The value of g varies slightly from planet to planet because the strength of the gravitational force depends on the mass of the planet and its distance from the object experiencing the force.

For example, the value of g on the Moon is about 1.62 m/s^2, which is about 60% of the value on Earth. The value of g on Mars is about 3.71 m/s^2, which is about 30% of the value on Earth.

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It was the big day; Lance had been training for months in anticipation of the annual “Dasher Twenty-Six-Two.” As he laced up his sneakers, he thought back to the endless grind of aerobic training he had accomplished. Hour after hour of lung-burning, quad frying jogging on pavement and dirty. He was ready mentally and physically, plus he had a secret weapon ready to go. Lance had been experimenting in the use of a thick, sugar saturated gel-nutrition to supplement his running. He anticipated finishing just before the three-hour mark and he planned to eat his special goo around hour two for a much-needed energy boost. The goo solution was a mixture of maltose, sucrose, and glucose, as well as some salt. Water would be available on the course every few miles and with his nutrition plan set he found his way to the line. *BOOM*

The start gun leaked smoke as wave after wave of runner set off. Miles started flowing by… five miles feeling good… Mile thirteen halfway there! Just as the two-hour mark was upon him, Lance pulled the gel from his pocket and slurped the gooey syrup down. Mile fifteen Phew, heavy legs… Mile eighteen Legs are burning but I got it… then came a hit of fatigue.

He had read about this before. The dreaded bonk. Bonking was said to be the final drips of glycogen being removed from the muscle’s cells, with an accompanying burn suggesting rapid production of lactate. It also meant he had spent the last two hours less aerobic than he thought. Making it to mile twenty-two, Lance noticed his heart rate ten-beats over his planned pace. His breath was getting harsher, his legs getting weaker. The mile twenty-four marker went by and he was down to nearly a walk, lips dry and stomach lurching. The last half mile was a blur as Lance crossed the line his raised arms quickly fell, and so did he, right into a chair near the finish line.

Discuss the necessity of Lance’s training to prepare for his ability to fuel a marathon with specific reference to the major organ systems involved and their purpose. Identify the needed reactants and excreted products Lance utilized during his ongoing respiring, with specific reference to where each is created or used. Finally, predict the influence of his experimental goo and suggest advantages and disadvantages to its use, as well as better use with reference to time and impact on the ability to enter and circulate to where it would be needed

Answers

If someone answers this I will believe in humanity again

I would appreciate help please thank you

I would appreciate help please thank you

Answers

Answer:

i am fairly sure the last option isn't true.. i hope i'm correct

Carbohydrates are found in many foods. What is the end result of the body's use of a
carbohydrate?
А
A carbohydrate is used as it is to build up the body.
B
A carbohydrate is broken into glucose, which makes the body move.
C Carbohydrates are combined to make a large carbohydrate.
D
A carbohydrate is broken into glucose, which is broken into smaller molecules to
release energy

Answers

Answer:

D . A carbohydrate is broken into glucose, which is broken into smaller molecules to

release energy

Explanation:

Carbohydrates found in many foods provides energy for the body. It is made up of carbon, hydrogen and oxygen.  

Carbohydrates is found in many food substances like cereals.  When carbohydrates giant molecules are taken into the body.  Metabolic processes reduces them to glucose which is digestible.  When glucose is broken down energy is released for work and it is stored in form of ATP in the body.

Proteins are used to build the body

Answer:

The answer is D

Explanation:

name two poor farming practices that affect water supply​

Answers

Irrigation Desalination?

Why do scientists use mathematical equations?

Answers

Answer:

Linear equations are an important tool in science and many everyday applications. They allow scientist to describe relationships between two variables in the physical world, make predictions, calculate rates, and make conversions, among other things. Graphing linear equations helps make trends visible.

Explanation:

what is the function of genes?

Answers

Answer:

they help in the transfer of hereditary characteristics from parents to offspring

What’s the correct answer answer asap for brainlist

Whats the correct answer answer asap for brainlist

Answers

Answer: it would be A

Explanation: The Krebs cycle uses pyruvic acid formed in glycolysis

I think it is carbon dioxide

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Answers

Answer:

heterozygous- Has different letters. E.g. Tt (different alleles for trait)

h0m0zygous- Has same letters. E.g. TT or tt (same alleles for trait)

Genotype- The letters that make up the individual. E.g. TT or Tt

Phenotypes- The physical characteristics of the particular trait. E.g. Tall or short

Explanation:

see answer.

QUESTION:
In the graph above, which letter represents the activation energy (EA) of a reaction without an enzyme and why?

ANSWER: CORRECT (SELECTED)
X; the activation energy (EA) is greater in an uncatalyzed reaction

EXPLANATION:
The X label on the graph represents a larger EA "hump" (as compared to Y). The increased steepness of this hump is due to the lack of an enzyme, making this an uncatalyzed reaction.

QUESTION:In the graph above, which letter represents the activation energy (EA) of a reaction without

Answers

The activation energy of the reaction without an enzyme is represented as X.

What is activation energy of a reaction?

Activation energy of a reaction is the minimum energy that reactant molecules must possess in order to effectively collide to form products,

The activation energy of a reaction depends on the bond energies of the reactants.

Given an energy profile diagram, the activation energy is represented as EA.

In the diagram, the activation of the reaction without an enzyme is X because it the activation energy of an uncatalyzed reaction is greater than the activation energy of a catalyzed reaction.

In conclusion, activation energy is greater for an uncatalyzed reaction.

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An invasive species, the spiny water flea, was recently found in a New York lake. These water fleas eat zooplankton, a food also consumed by native fishes. The fleas spread from lake to lake by attaching to fishing lines, anchor ropes, and boats. Which statement best describes the effect of the water flea on the lake?

Answers

The introduction of the spiny water flea into the lake is likely to have a negative effect on the balance of the native ecosystem, as the water fleas will compete with native fish for resources such as zooplankton, and may disrupt the existing food chain.

What is a Water flea?

A water flea is an aquatic crustacean. Normally, it is a member of the order Cladocera, meaning it has a small body, two antennae, and a single shell (a carapace) over its back. Water fleas move by using the hair-like setae which are located on their legs. They are an important part of aquatic ecosystems as they are used as food by other aquatic organisms. They also help to clean up organic matter in water bodies, thus improving water quality.

What is a zooplankton?

A zooplankton is a microscopic or tiny aquatic animal, usually found in oceans or freshwater bodies. They are usually very small in size and typically feed on phytoplankton. Zooplankton are key components of aquatic food webs and are a vital part of the aquatic environment. They are also important for carbon cycling, filtering pollutant particles from the water, providing food for fish and other aquatic organisms, and providing a food source for larger predators.

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What are some societal examples of primitive thinking in adults, consequences, and potential solutions?

Answers

We quickly come to the conclusion that adult thinking organises our adaptation to the world in situations that are extremely complex if we consider the kind of activities it performs.

Which societies would you consider to be primitive?

Primitive society was divided into seven cross-references in the 1968 Encyclopedia, including Anthropology, Culture, Evolution, Hunting and Gathering, North American Indians, and—the main entry—Tribal Society.

Examples of primitive thinking what?

They will understand, literally speaking, what killed a man, for instance, if a tree falls on him. Nevertheless, they will also want to know why the tree fell on him specifically and not on anyone else, or why it killed anyone at all.

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Name three components of the blood

Answers

Answer:

plasma, red blood cells, white blood cells, and platelets.

Explanation:

Hope this helps!

Which substance is a reactant in anaerobic fermentation? . A.Glucose
B. Oxygen
C. Carbon dioxide
D.Water
APEX

Answers

Anaerobic fermentation is a metabolic process done by bacteria and eukaryotes in the absence of air to convert carbohydrates into the products like gases, alcohol, and acids.

What are examples of anaerobic fermentation?

In the absence of oxygen, bacteria and eukaryotes carry out anaerobic fermentation, a metabolic process that produces gases, alcohol, and acids from carbohydrates.

Various compounds, including acetic acid, are produced in industries using this fermentation. While there is no oxygen present during fermentation, energy can still be generated from the glucose. Yeast cells undergo fermentation, while bacteria and mammalian muscle cells also undergo some sort of fermentation.

Energy is produced from glucose through two different types of cellular respiration: aerobic fermentation and anaerobic fermentation. Anaerobic fermentation can occur without oxygen while aerobic fermentation does. The three primary types of fermentation are lactic acid fermentation, ethanol fermentation, and hydrogen and oxygen.

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Answer:

Glucose

Explanation:

Glucose is your answer.

Which substance is a reactant in anaerobic fermentation? . A.Glucose B. Oxygen C. Carbon dioxide D.WaterAPEX

september would the earth be experiencing a solstice or an equinox


how do you know

Answers

In September the earth will be experiencing  an equinox

Equinoxes occur between March and September. When the Sun's rays strike the equator at midday and at a 90° angle, it is considered an equinox.  It stands for the idea that day and night have equivalent lengths. The sunset and dawn are separated by 12 hours everywhere on Earth. One may observe how quickly the sunset and dawn hours shift throughout the day the farther one goes from the equator.

Whereas, solstices occur in June and December. The contrary is visible close to the solstices. For a few days, both the sunset and sunrise appear to be constant. Over the course of the year, the time of day when the sun is directly overhead where one lives also gradually changes.

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14. (02.03 LC)Which of the following is not part of the cell theory? (4 points)Cells come from pre-existing cells.Every living thing is composed of cells.Cells are the basic unit and structure of all living things.Every cell has a nucleus that contains genetic material.

Answers

Cell Theory

The statement that is not part of the cell theory is that every cell has a nucleus that contains genetic material.

In the case of prokaryotic cells, such as bacterias, they do not have a real nucleus, but a specific space in the cytoplasm where the DNA is.

Which organism is most likely 10cm in size

Answers

Answer:

A lizard is approximately 10 centimeters in size, so the answer is "lizard".

Select the correct answer.

Which sentence supports the statement that complex, multicellular organisms are made up of specialized cells that each perform different functions for the body?

A.

Human liver cells make proteins that promote homeostasis that neurons do not.

B.

Different species of bacteria have different shapes and structures to their cells.

C.

The DNA in the cell nucleus of chimpanzees and humans are 98% identical.

D.

Prokaryotes do not have nuclei, but they can still carry out the basic functions of life.

Answers

Answer: A!

Explanation: The human liver cells work on their own functions unique to their cell type, therefore, answer A is correct

What characteristic was used in this mission to determine a banana's relationship to other the plants?

Answers

The characteristic used to determine a banana's relationship to other plants is its morphology or physical characteristics.

What is morphology?

Morphology is the study of the form and structure of living organisms, including their physical and anatomical features. In biology, morphology is used to describe the appearance, shape, and size of different parts of an organism, such as its organs, tissues, cells, and even its molecules. This includes the study of external and internal structures, as well as their function, development, and evolution. Morphological characteristics are often used in the classification and identification of different species, as they can provide important clues about an organism's evolutionary history, ecological niche, and relationship to other organisms.

We assume you are referring to the scientific classification of bananas in the plant kingdom. In this case, the characteristic used to determine a banana's relationship to other plants is its morphology or physical characteristics. Bananas belong to the genus Musa, which is part of the family Musaceae.

The characteristics used to classify plants into different taxonomic groups include their structural features, such as their leaves, stems, flowers, and fruit, as well as their genetic and evolutionary relationships. These characteristics are used to group plants into increasingly broader taxonomic categories, from species to genus, family, order, class, phylum, and kingdom.

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Scientists have developed methods to insert the human gene for insulin into bacteria.

Why are bacteria a good target for this use of biotechnology to produce insulin?


A. Bacteria require insulin to survive, so the gene is more likely to be successful.

B. Bacteria are able to withstand a wide variety of conditions while producing insulin.

C. Bacteria reproduce quickly and pass on their genes to rapidly produce insulin.

D. Insulin-producing bacteria can be introduced into diabetics to deliver insulin.

Answers

Answer:

C)Bacteria reproduce quickly and pass on their genes to rapidly produce insulin.

Explanation:

This capacity for rapid reproduction enables the production of large quantities of genetically modified bacteria that can be used to mass-produce insulin for medical use. The other answer choices are not valid explanations for why bacteria are a good target for this application of biotechnology.

Which statement best explains why Earth's lithosphere is broken into tectonic plates?

a.The lithosphere cracks and deforms under the weight of the continents.

b.Earthquakes from cracks in the lithosphere that grow larger over time, creating new plates.

c.Shortly after Earth formed, the lithosphere cooled, causing it to contract and crack.

dThe brittle lithosphere cracks under pressure from the moving asthenosphere.

Answers

Answer:

( d ) The brittle lithosphere cracks under pressure from the moving asthenosphere.

Explanation:

~ The earth's crust refers to the outer layer of the planet earth . The surface of a planet is usually formed of less dense material than the deeper layers. Only 1/3 of the earth's crust is terrestrial , the rest is covered by oceans . The thickness of the earth's crust is between 10 to 30 miles.

The earth's crust, which is the upper part of the lithosphere , is divided into two layers. The top layer is continental , which is composed of granite . While under granite is a layer of hard rock called basalt .

On a semi-liquid planet , such as Earth , the earth's surface floats on top of the liquid inner layer. The crust seems to be often divided into pieces known as tectonic plates which due to the movement of molten magma beneath it, are able to move. This is a phenomenon of continental drift theory . In addition, collisions between two tectonic plates can produce volcanoes .

The Earth's crust is made up of rocks, minerals, soil and fossil fuels.

Which process causes the body of a many-celled organism to grow larger?

Answers

Answer:

In cells. The increase in size and changes in shape of a developing organism depend on the increase in the number and size of cells that make up the individual. Increase in cell number occurs by a precise cellular reproductive mechanism called mitosis.

Answer:

mitosis

Explanation:

yes

inquiry based pedagogy is being embraced in principle across the globe. in the last decade , it has been supported by an increasing body of research on its effectiveness. illustrate your understanding of the concept of inquiry based pedagogy with a relevant example​

Answers

Inquiry-based pedagogy involves fostering curiosity and active learning. For example, students investigating real-world environmental issues and proposing solutions.

Inquiry-based pedagogy is a teaching approach that promotes active learning and critical thinking through inquiry and exploration. One relevant example of inquiry-based pedagogy is a science classroom where students are encouraged to design and conduct their own experiments. Instead of simply following instructions, students formulate research questions, develop hypotheses, plan and execute experiments, collect and analyze data, and draw conclusions. For instance, students may investigate the effect of different variables on plant growth by manipulating factors like light, water, or soil composition. This approach allows students to engage in authentic scientific practices, develop problem-solving skills, and gain a deeper understanding of the scientific method. By actively participating in their learning process, students develop a sense of ownership and become more engaged, fostering a love for learning and nurturing their ability to explore and discover knowledge independently.

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If you were a forensic scientist at a crime scene and a white powder was found next to a deceased victim, what test would you conduct first?

Marquis test to check for fentanyl

Marquis test to check for arsenic

Marsh test to check for cocaine

Scott's test to check for fentanyl

Answers

If a white powder is found next to a deceased victim at a crime scene, the first test is the A. Marquis test to check for fentanyl

Fentanyl is a potent synthetic opioid that has been involved in numerous cases of drug overdoses and illicit use. The Marquis test is a common presumptive test used to detect the presence of opioids, including fentanyl. It involves adding a few drops of the Marquis reagent, which typically contains formaldehyde and sulfuric acid, to a small sample of the white powder. If fentanyl is present, it will produce a characteristic color change or reaction.

Given the potentially lethal nature of fentanyl and its widespread illicit use, it is crucial to identify its presence early on to ensure the safety of the investigators and to guide further investigation. If the initial Marquis test indicates the presence of fentanyl, additional confirmatory tests can be performed to validate the findings and gather more detailed information about the substance.

It is important for forensic scientists to exercise caution and follow proper safety protocols when dealing with unknown substances, particularly those that may pose significant health risks. Therefore, Option A is correct.

The question was incomplete. find the full content below:

If you were a forensic scientist at a crime scene and a white powder was found next to a deceased victim, what test would you conduct first?

A. Marquis test to check for fentanyl

B. Marquis test to check for arsenic

C. Marsh test to check for cocaine

D. Scott's test to check for fentanyl

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Catastrophic events, such as earthquakes, tsunamis, and volcanic eruptions, are caused by movements of tectonic plates in Earth's sublayers. These natural disasters can destroy Earth's surfaces and human-made structures and cause additional problems and dangers for people near them. While not all damage from these events can be prevented, some devices and strategies can be used to help reduce the effect. Think about ways people can protect their environments from damage caused by these catastrophic events.
Column A
1.
These geologic events occur when tectonic plates are displaced, causing the ground to tremble violently. Shock absorbers can be added to the foundations and each floor of buildings to reduce magnitude of vibrations.:
These geologic events occur when tectonic plates are displaced, causing the ground to tremble violently. Shock absorbers can be added to the foundations and each floor of buildings to reduce magnitude of vibrations.
2.
Sea walls can be built to redirect wave energy back to the sea. These series of massive waves generated in oceans are caused by tectonic plate shifts. These are sudden occurrences of violent discharges of steam and other material from large vents in the earth.:
Sea walls can be built to redirect wave energy back to the sea. These series of massive waves generated in oceans are caused by tectonic plate shifts. These are sudden occurrences of violent discharges of steam and other material from large vents in the earth.
3.
When lava and gas are released from the Earth—sometimes explosively. Reinforce the roof of houses to better bear the weight of volcanic ash.:
When lava and gas are released from the Earth—sometimes explosively. Reinforce the roof of houses to better bear the weight of volcanic ash.
Column B
a.Volcanic Eruptions
b.Tsunamis
c.Earthquakes

Answers

Answers:

Column A : Column B

1 : C

2 : B

3 : A

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