Which Of The Following BEST Explains How Scientists Are Able To Determine Thestructure Of Earth's Interior?1) (2024)

Biology High School

Answers

Answer 1

Answer:

I think number 1 is the answer.

Answer 2

Scientists gather indirect evidence using seismic waves (Earthquakes) along with what is visible at Earth's surface. The correct option is 1.

What are seismic waves?

Seismic waves are caused by sudden movement of materials within the Earth, such as fault slip during an earthquake.

Seismic waves generated by earthquakes or explosions can travel through the Earth's interior, revealing information about the properties of the rocks and other materials they pass through.

In addition to seismic data, scientists use other indirect methods such as magnetic and gravitational field studies, as well as analyses of rocks and minerals found at or near the surface.

Scientists collect indirect evidence by observing seismic waves (Earthquakes) as well as what is visible on the Earth's surface.

Thus, the correct option is 1.

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Related Questions

17. What are some of the major causes of extinction today?

Answers

Pollution
Excessive hunting
Deforestation

Pollution and deforestation

How is the egg transferred from the ovary to the uterus?

through muscle contractions
by using special hairs
by producing estrogen
through secretions of glands

Answers

Answer:

by using special hairs

Explanation:

When an egg pops out of an ovary, it enters the fallopian tube. Once the egg is in the fallopian tube, tiny hairs in the tube's lining help push it down the narrow passageway toward the uterus.

Answer:

B: By using special hairs.

Explanation:

I went on to edge reviewed my test and the answer was right.

Hope this helps!

Which kingdoms are eukaryotic? *

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Answer:

animalia, plantae, fungi, and protisita

Explanation:

What's healthier for you bottled water are top water

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Answer:

bottled

Explanation:

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Answer:

66 55 and 34 welcome

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does the moon have phases that change on a monthly basis

What is ONE major difference in the problems associated with obtaining measurements on the sizes or densities of animal populations versus plant populations?

Answers

I think one major difference with that is that animals can move around, go distances in search for food or mate, and thus make the animal densities per geography vary greatly. Birds migrate regularly, so their population densities tend to vary with seasons. Their mobility also depends on the availability of food, so animals go away if there are no food in the area.

Plants on the other hand don't move around faster (they can migrate by reproduction: it's their seeds moving around). Thus their densities tend to be more constant per season/life cycle.

A girl is born with hemophilia. Her dad also has hemophilia, but her mother does not.

What genetic explanation can you provide as to why the girl
suffers from hemophilia?

Answers

answer:

So daughters get 2 X chromosomes from the mom and dad and if the dad has hemophilia the daughter would get it too and sons would not get because they get Y chromosome from their dad and hemophilia is found in the X chromosome because the X chromosome is the one that has the instructions for making the clotting factor proteins.

Explanation:

A father who has hemophilia has the gene and passes it on to his daughter because daughters get two X chromosomes, one from their mother and the other from their father. This is why daughters of men with hemophilia are called obligate carriers. Since sons only receive a Y chromosome from their father, they would not have inherited hemophilia.

Hope this make sense!

PLEASE HELP ALMOST HALF MY GRADE
10. (03.02 HC)
A scientist is adding thermal energy to a sample of water. Using the Law of Conservation of Energy, what can you predict will happen? (3 points)
The water will increase in temperature beyond the amount of thermal energy that is added, because more energy will be created in this experiment.
The water will decrease in temperature as thermal energy is added, because it cannot create more energy or matter.
The water will not change its temperature because energy cannot be created or destroyed.
The water will increase in temperature in proportion to the amount of thermal energy that is added, but some will be lost to the environment.

Answers

Answer:

you can predict that the scientist is using thermal energy and is making the tempature hotter

Explanation:

Summer or winter?
Why?
( I personally perfer winter because I just like the cold and clothes)​

Answers

Answer:

winter

Explanation:

because i like to sit by a warm fire and watch cheesy christmas movies. plus the weather is better

Which of these is not a human activity that impacts the environment?
A
transportation

B
construction

C
photosynthesis

D
manufacturing

Answers

The answer is C, Photosynthesis because it’s an non human activity, it’s energy from the sun

PLEASE PLEASE HELP ASAP!!!!! Plants, animals, yeast, and bacteria all share very similar cell-signaling processes. Which of the following does this suggest about the evolution of cell communication in organisms?

Answers

Answer:

mm A

Explanation:

Answer:

The answer is A

Explanation:

What is unique about bowerbirds?
How are a venus fly trap and a pitcher plant hom*ologous?

Answers

the pitcher plant and venus fly trap use leaves to trap and digest insects

7. One of the functions of lipids is to store energy. Do they store more or less energy than
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Answers

No, carbohydrates are a quick source of energy compared to any other micro-molecules.

Whats The Answer Giving Brainliest To first Correct AnSwEr:D

Answers

Answer:

the answer is A: Ice crystals

Explanation:

I hope this helped and if it did I would appreciate it if you marked me Brainliest. Thank you and have a nice day!

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Answer:

The lymphatic system plays an integral role in the immune functions of the body. It is the first line of defense against disease.

what is the full form of tree​

Answers

Explanation:

A tree or large tree is called a long-standing woody plant. In botany, the tree is one of the most durable plants that maintains its leaves by growing a stem or trunk. In some definitions, the use of the tree is such that it is the only woody plant. It is the only plant from which wood is obtained. It is not possible to determine the exact height of the trees, but overall the adult trees reach at least 6 meters [citation needed]. In the structure of the tree there are usually branches that are attached to a large trunk. Compared to other plant and animal species, trees have a long life. Some species of trees are more than 100 meters tall, and some live for thousands of years. Trees are important elements of natural landscape, gardening and landscaping. [1]

What type of organisms are most likely to be found as fossils?

Answers

Organisms with hard parts such as a mineralized shell, like a trilobite or ammonite, are much more likely to become fossilized than animals with only soft parts such as a jellyfish or worms.

Organisms with hard body parts such as a mineralized shell are much more likely to become fossilized as har parts are not fed by scavengers.

Types of organisms that are most likely to be found in the fossils have completely made up of hard bodies or at least some hard body parts.

The deposit of sediments and the finer the sediment deposited the likelier fossilization is to occurThe hard parts of organisms, for instance, bones, and teeth have had becoming fossils.Scavengers normally leave such hard parts, however, they also decay with time but this gives more time to be buried in sediments.

These hards parts have better chances than the organisms with soft body parts to be found in fossils.

Learn more about fossils:

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For her science fair project, your little sister replicated one of Mendel's experiments. From a P0 pea plant with purple flowers and a pea plant with white flowers, she got 1 purple F1 hybrid (she had forgotten to water, so just one survived). From this self-fertilized F1 she got 8 F2 offspring. 7 were purple and 1 was white, for a 7:1 ratio. Did your little sister just disprove Mendel's laws

Answers

Answer: No, the 7:1 ratio is close to the expected 6:2 ratio even with the limited sample size.

Explanation:

Let the alleles be P (purple) and W (white).

The possible crosses are

PP x WW, PP x PW, PW x WW, PW x PW

the F1 is PP or PW

one F2 is white so the F1 must be PW and

the F2 are PP, WW, PW and

the expected 8 progeny are 2PP, 2WW, 4PW

Because 7/8 are purple, we can infer that P is dominant and W recessive, so the expectation is 6 purple, 2 white

The observed ratio is similar to the expected ratio, so we can’t say that this result disproves Mendel, particularly with a small sample.

7:1 is close to 6:2, even if the sample is smaller. We cannot invalidate Mendel with such a small sample size because the observed ratio was not statistically different from the anticipated ratio.

What is Mendelian Ratio?

The term "Mendelian inheritance" refers to specific patterns that can be observed in the way characteristics are passed down from parents to children. In the 19th century, the Austrian monk Gregor Mendel conducted thousands of tests with pea plants in order to develop these broad patterns. He did this in order to determine the genetic makeup of pea plants.

The frequency with which diverse phenotypes are produced as a result of any cross incorporating Mendelian traits. in particular, the three to one ratio that is displayed by the second generation of descendants from parents who are different from one another in regard to a single character.

Learn more about mendelian inheritance, here:

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When does DNA replication happen and why?

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Answer:

DNA replication needs to occur because existing cells divide to produce new cells. Each cell needs a full instruction manual to operate properly. So the DNA needs to be copied before cell division so that each new cell receives a full set of instructions

What are the chemicals for the two strands of nucleotides

Answer fast pleaseee

Answers

The chemical structure of DNA and its nucleotides The DNA double helix is composed of two strands of DNA; each strand is a polymer of DNA nucleotides. Each nucleotide consists of a sugar, a phosphate group, and one of four nitrogenous bases. The structure and orientation of the two strands are important to understanding DNA replication. Drag the labels to their appropriate locations on the diagram below. Use only the pink labels for the pink targets, and the blue labels for the blue targets. Labels can be used once, more than once, or not at all.

plz help as soon as possible ​

Answers

Answer:

2nd ans

Explanation:

awnser 2. its XAXa you welcome :)

The longer the wavelength
A. the more calm the wave
B. the shorter the wave
C. the faster the wave

Answers

B I think is the correct answer

Identify the structures on the right.
Label A
Label B
Label C
Label D

Answers

A- DNA
B- Histone
C- Chromosome
D- Nucleus :)

Answer:

correct

Explanation:

Answer above is correct

explain what will happen when red blood cells is placed in hypotonic solution

Answers

Answer:

it will become turgid.

Explanation:

since the concentration of salt is less in the solution than the rbc ,due to osmosis more water enters the rbc hence making it turgid.

Which of these does organic farming use?
A.
effective pesticides
B.
genetically modified seeds
C.
hormones
D.
fertilizers
E.
green manure

Answers

E is the right answer

Which of the following is NOT a nitrogenous base?
adenine
thymine
guanine
alanine

Answers

Answer:

Explanation:

Alanine is the correct answer

Alanine is NOT a nitrogenous base the other 3 can be found in your dna which is a nucleic acid


A group of students investigated how the salt content of water affects a plant that
lives in an aquatic ecosystem. On one slide, the students placed a piece of a leaf of
an aquatic plant and then added a drop of tap water. On a second slide, they placed
a piece of the same leaf and then added a drop of 10% salt solution. The students
observed both leaf pieces with a microscope. They repeated the process three times.
The table below summarizes their findings.
Observations of Aquatic Plant Cells
Condition Cell Membrane Vacuole Chloroplasts
Slide 1: Leaf in tap
water
Just inside cell
wall
Large, fills most
of cell
Near edges of cell,
around vacuole
Slide 2: Leaf in
10% salt solution
Pulled away from
cell wall
Invisible
Clumped in center
of cell
Which statement is the BEST explanation for these findings?
a The 10% salt solution was hypertonic; the tap water was isotonic.
b The 10% salt solution was hypotonic; the tap water was hypertonic.
The 10% salt solution was isotonic; the tap water was hypertonic.
O The 10% salt solution was isotonic; the tap water was hypotonic.

Answers

The answer to the question above is a cell.

Which process is true about natural selection?

Answers

Answer:

Natural selection occurs in opposition to evolution. Natural selection favors individuals that reproduce more than others.

Explanation:

Why are nonnative species a threat to biodiversity?

Answers

Answer:

b and e

Explanation:

Which Of The Following BEST Explains How Scientists Are Able To Determine Thestructure Of Earth's Interior?1) (2024)

FAQs

Which Of The Following BEST Explains How Scientists Are Able To Determine Thestructure Of Earth's Interior?1)? ›

Explanation: Scientists use seismic waves

seismic waves
A seismic wave is a mechanical wave of acoustic energy that travels through the Earth or another planetary body. It can result from an earthquake (or generally, a quake), volcanic eruption, magma movement, a large landslide and a large man-made explosion that produces low-frequency acoustic energy.
https://en.wikipedia.org › wiki › Seismic_wave
, gravity, and magnetism to study the Earth's interior. Seismic waves are produced by earthquakes and provide valuable information about the Earth's structure and composition.

How do scientists know the structure of the Earth's interior? ›

So scientists rely on seismic waves—shock waves generated by earthquakes and explosions that travel through Earth and across its surface—to reveal the structure of the interior of the planet. Thousands of earthquakes occur every year, and each one provides a fleeting glimpse of the Earth's interior.

Which of the following best describes how scientists have been able to determine the structure and properties of Earth's deep interior? ›

Seismograms, which are recordings produced by seismographs, are the main way that scientists know what Earth's interior is made of. We can see that the crust is solid material, but we require body waves to tell us about the rest of it. We know that the mantle is solid because both P and S waves travel through it.

How did scientists determine the characteristics of Earth's layers? ›

There is evidence that the materials within the earth form distinct layers, each with a different density. Most of this evidence comes from observations of seismic waves, the vibrations generated by earthquakes or explosions.

How do scientists study the structure of the Earth's interior quizlet? ›

How do scientists study the interior of the Earth? scientists study Earth's interior mainly by studying seismic waves that are generated by earthquakes- p & S waves. What do scientists use to study the interior of the Earth?

How do you know about internal structure of the earth? ›

Scientific understanding of the internal structure of Earth is based on observations of topography and bathymetry, observations of rock in outcrop, samples brought to the surface from greater depths by volcanoes or volcanic activity, analysis of the seismic waves that pass through Earth, measurements of the ...

What are the evidence of Earth's interior? ›

Evidence on the structure and composition of the earth's interior comes from (1) observations of surface rocks, (2) geophysical data from earthquakes, flow of heat from the interior, the magnetic field, and gravity, (3) laboratory ex- periments on surface rocks and minerals, and (4) compari- son of the earth with other ...

How do scientists determine the structure of a molecule? ›

They include structural analysis with diffraction techniques—such as electron, neutron, and x-ray diffraction—and various absorption and emission techniques of electromagnetic radiation—such as microwave spectroscopy and nuclear magnetic resonance (NMR).

How have scientists been able to use seismology to determine the structure of the earth? ›

P waves can travel through liquid and solids and gases, while S waves only travel through solids. Scientists use this information to help them determine the structure of Earth. For example, if an earthquake occurs on one side of Earth, seismometers around the globe can measure the resulting S and P waves. SF Fig.

How did scientists determine the structure of an atom? ›

J.J. Thomson's experiments with cathode ray tubes showed that all atoms contain tiny negatively charged subatomic particles or electrons. Thomson proposed the plum pudding model of the atom, which had negatively-charged electrons embedded within a positively-charged "soup."

How did scientists determine the layers of the atmosphere? ›

The atmosphere is divided into layers based on how the temperature in that layer changes with altitude, the layer's temperature gradient. The temperature gradient of each layer is different. In some layers, temperature increases with altitude and in others it decreases.

How do we determine the layers of the Earth? ›

They are, in order from the exterior to the interior – the crust, the mantle, the outer core, and the inner core.

How did the scientist identify and classify the layers of the Earth? ›

Answer and Explanation:

The inner parts of the Earth are explored and analyzed by using modern techniques of seismology and magnetic fields. Miaki Ishii, a professor of seismology at Harvard, says that '"we basically use methods that are similar to medical imaging"', meaning methods like CT scanning or X rays.

How do scientists know about the structure of the Earth's interior explain? ›

Except in the crust, the interior of the Earth cannot be studied by drilling holes to take samples. Instead, scientists map the interior by watching how seismic waves from earthquakes are bent, reflected, sped up, or delayed by the various layers.

Which of the following best describes how scientists study the interior of the Earth? ›

Which of the following best describes how scientists study the interior of the Earth? Scientists use seismic waves, gravity, and magnetism to study the Earth's interior.

What scientist studies the Earth's interior? ›

To learn more about the inner core, seismologists analyse seismic waves triggered by earthquakes. These waves, which originate from the energy created by earthquakes, penetrate and pass through the inner core. Seismic waves reveal many properties about the Earth's interior.

How did scientists discover the inner core? ›

Scientific history. Earth was discovered to have a solid inner core distinct from its molten outer core in 1936, by the Danish seismologist Inge Lehmann, who deduced its presence by studying seismograms from earthquakes in New Zealand.

How did scientists discover the states of matter of the earth's interior? ›

By tracking seismic waves, scientists have learned what makes up the planet's interior (figure 2). P-waves slow down at the mantle core boundary, so we know the outer core is less rigid than the mantle. S-waves disappear at the mantle core boundary, so the outer core is liquid.

How do you learn about the earth's interior? ›

In rare instances, a mineral, such as a diamond, comes to the surface from deeper down in the crust or the mantle. To learn about Earth's interior, scientists use energy, recorded by seismographs, to “see” the different layers of the Earth, just like doctors can use an MRI, CT scan, or x-ray to see inside our bodies.

What is the evidence that the interior of the earth is hot? ›

The bottom line here is simply that a large part of the interior of the planet (the outer core) is composed of somewhat impure molten iron alloy. The melting temperature of iron under deep-earth conditions is high, thus providing prima facie evidence that the deep earth is quite hot.

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