Where is the lower quartile located in this box plot?



A.
14
B.
15.5
C.
16.5
D.
17
E.
20

Answer:

It made it possible to move water within the plant structure

Explanation:

The development of vascular systems helped plants to move out because  It made it possible to move water within the plant structure.

The plant vascular system is a complicated network of conducting tissues that interconnects all organs and transports water, minerals, nutrients, organic compounds, and various signaling molecules throughout the plant body. It is composed of two major tissues, xylem and phloem, that are differentiated from the procambium.

Vascular plants are successful due to better transportation for water, nutrients and reproduction. The xylem and phloem of the vascular bundles allow for distribution of water and food to all parts of the body. This structures allow vascular plants to colonize farther inland.

Vascular tissue allows a plant to exploit the moisture-holding capacity of soil to satisfy its water needs and also to grow stems to raise its leaves above the ground and its neighbors. Since access to light and moisture is critical for a plant to thrive and reproduce, vascularity has distinct competitive advantages.

The correct answer is option C.

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D because just like you can inherit your hair and eye color from your parents so can you inherit your parents blood type

Answer:

D. A human newborn has type O blood, and its mother also has type O blood.

Explanation:

Heredity, or genetic inheritance, is a biological mechanism for transmitting characteristics from one individual to another (from parent to child specifically). The "bridge" that transmits such information is the gene, so everything happens in a genetic process.

Heredity is one of the foundations of genetics, a branch of biology that studies how biological inheritance occurs. This is how certain characteristics that differentiate a group are transmitted from one individual to another. A typical example of this phenomenon are the characteristics you have in common with your parents, such as eye color, hair texture, blood type and others.

Answer:

b dangerous

Explanation:

Answer: The answer would be C. Natural .

Explanation: This is the answer only because greenhouses are collecting the suns sunlight and not letting them out .  

primary succession after a volcanic eruption

Answer is B.

The picture shows primary succession after a volcanic eruption.

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Answer: i beleive it is D but read the expalantion

Explanation: B and C both use fossil fuels to creat heat. The stove creats heat using electrcity but not all stoves do use eltricity. A) the tv one is not made to creat heat but they do if you leave it on for a while. But i really think D is your best option or the one that makes sense.

I hope this helps you out a thank and a brainlist would be greatly appreciated.

Burning charcoal to cook a steak transforms electrical energy into thermal energy. Hence the correct option is C.

When charcoal burns, it undergoes a chemical reaction that releases heat, which in turn heats up the grill or cooking surface. This process transforms electrical energy (if the charcoal is ignited using an electric starter) or potential energy (if ignited manually) into thermal energy, which is used for cooking the steak.

Answer:

The correct answer is option C. That none of the DNA is damaged in the cells.

Explanation:

Control mechanisms in cells during cell division which ensure the proper division of the cells are called cell cycle checkpoints. There are three checkpoints in the cell cycle in meiosis or mitosis-

G1 checkpoint assesses the integrity of DNA.  There is intermediate S checkpoint between G1 checkpoint and G2 checkpoint checks if DNA replication is completed or not.

G2 checkpoint checks or assesses the proper chromosome duplication and that none of the DNA is damaged in the cell.

M checkpoint assesses the attachment of every kinetochore to a spindle fiber.

I would say A is correct.

With the abortion situation that is currently going on in the U.S, pro-lifers biggest argument is that by killing an embryo you are killing a fully developed person. These people believe that the embryo shouldn’t be killed because it didn’t give consent, and it has full rights even before being born. Using the same embryo for treating patients most likely triggers the same argument for people.

Mitosis;

- Divided from a somatic cell

- 2 daughter cells

- All daughter cells have 46 Chromosomes

Meiosis;

- Divided from a reproductive cell

- 4 daughter cells

- All daughter cells have 23 chromosomes

Some ways they're similar;

- Produce new cells

- Similar basic steps

- Start with a single parent cell

Mitosis and meiosis differ in the number of divisions, chromosome numbers, and genetic variation, while they are similar in terms of cellular processes and stages.

Mitosis and meiosis differ in three main ways:

Similarities between mitosis and meiosis:

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Answer:

Organs -usa testprep

Explanation:

Answer:

the answer is organs

Explanation:

i have usatestprep

Answer: Liquids

Explanation: S-waves are not transmitted through the liquid outer core. This produces a 'shadow zone' on certain parts of the Earth's surface where S-waves are not recorded.

Answer:

liquids

Explanation:

Seismic wave (also called S waves) is simply the name given to waves that travel internally across the planet or on its surface as a result of major events, such as earthquakes.

They can be classified into two groups, depending on the medium in which they are propagated. The volume waves that propagate inside the Earth and the surface waves, which as the name suggests, propagate on the surface. Each classification groups waves that have different shapes, speeds and natures.

The Earth's outer core does not transmit S waves because it is formed by iron and the material is in a liquid state.

S waves have a shear movement, which means that the soil is displaced perpendicular to the direction of propagation, and propagate only in solids, since fluids have no shear resistance. The animations below show how these waves are propagated.

Answer: Option (C)

Explanation: Metamorphic rocks are those rocks that are formed when a pre-existing rock undergoes changes or metamorphism, due to the changing pressure and the temperature condition, and forms a new rock. For example, Quartzite, Marble, Schist and Gneiss. They are also known as the secondary rocks, as they are derived from the previous rock.

In the given condition, Julia mixes the egg with salt and herbs and cooked the mixture over a flame, this is compared to the changing pressure and temperature condition that rock undergoes, and that lead to the formation of her omelette, which is here compared to a metamorphic rock.

Thus, the correct answer is option (C).

Its C, just answering so the other guy can get brainliest <3

Answer:

The Nucleus.

Explanation:

The nucleus is surrounded by a membrane called the nuclear envelope, which protects the DNA.

Answer:

Nuclear envelop

Explanation:

Nuclear envelop is the double membrane structure that makes the boundary of the nucleus. It serves to protect the DNA from the toxins, wastes and other harmful substances produced during metabolic reactions of the cell occurring in cytoplasm.  

If the nuclear envelope does not protect DNA, DNA could be damaged by free radicals or toxins. A cell with damaged DNA is subjected to death.  

Answer:

a) argon-39 (2.69 × 102 years)  

b) carbon-14 (5.73 × 103 years)  

c) calcium-41 (1.03 × 105 years)  

d) krypton-81 (2.29 × 105 years)  

e) iron-60 (1.5 × 106 years)

f) hafnium-182 (9 × 106 years)

Explanation:

The most unstable isotopes would be the one which will have small half life. A half life depicts the time period in which a radioactive isotope would reduce to a quantity just half of its originals quantity. Thus isotopes with high half life period will take much longer time to reduce to their original quantity. Thus on arranging the given isotopes in decreasing order of stability, the following series is obtained –

a) argon-39 (2.69 × 102 years)  

b) carbon-14 (5.73 × 103 years)  

c) calcium-41 (1.03 × 105 years)  

d) krypton-81 (2.29 × 105 years)  

e) iron-60 (1.5 × 106 years)

f) hafnium-182 (9 × 106 years)

Answer: performs most metabolic functions of the body

Explanation:

1.it produces proteins with the help of vitamin and therefore helps in blood clotting

2.it breaks down old and damaged blood cells

3.it causes break down of fats and produces energy which is utilized by the body hence it helps in fat metabolism

4.it produces bile and causes excretion of bilirubin ,cholesterol,hormones and drugs.

5.it metabolises proteins and carbohydrates

Answer:

Environmental factors model organisms' phenotypes. Natural selection benefits certain traits over others to increase organisms' fitness and adaptation. Oceanographic barriers and streams model the dolphins' skulls.

Explanation:

A change in the environment can influence natural selection and decrease genetic diversity. An example of this is the evolution of the peppered moth in England during the Industrial Revolution.

One environmental factor that could influence natural selection and decrease genetic diversity is a change in the environment. When the environment changes, populations can undergo directional selection, which selects for phenotypes at one end of the spectrum of existing variation. An example of this is the evolution of the peppered moth in eighteenth- and nineteenth-century England. Prior to the Industrial Revolution, the light-colored moths blended in with the light-colored trees and lichens in their environment. However, as soot from factories darkened the trees, the darker melanic form of the moth had a higher survival rate in habitats affected by air pollution.

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answer: Desertification

explanation: sand storms and other arid wheather activity are causes of erosion

Answer: Wind erosion

Explanation:

Wind erosion is the cause of desertification in a region. As the wind takes away the fertile top layer of soil. It makes the soil unfertile as a result of this the plants does not grow well. This directly affects the water cycle of the region hence the region exhibit hot and dry climate.

B- They recycle mass back into the ecosystem

When decomposers eat off of dead plants and animals, they are recycling it and turning it into nutrients for other plants. It’s a continuous cycle that prevents the build up of waste.

Answer:

light strikes the chloroplast.

Explanation:

The first stage of photosynthesis is the light dependent reactions. These reactions take place on the thylakoid membrane inside the chloroplast. During this stage light energy is converted to ATP (chemical energy) and NADPH (reducing power).

Answer: The cell explodes

Explanation:

The cell has to maintain equilibrum. For that to happen, it must have been overriden. The cell will end up dying.

Answer:

It is by conduction the heat passes from the cup to our hands.

Explanation:

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Final answer:

The technique that uses technology to replace one or more genes in an organism is known as genetic engineering. It employs recombinant DNA technology to create desirable traits in organisms, leading to the production of GMOs.

Explanation:

Genetic Engineering

The use of technology to replace one or more genes in an organism is called genetic engineering. This process involves the alteration of an organism's genotype using recombinant DNA technology to modify the organism's DNA to achieve desirable traits. Genetic engineering is a key component of biotechnology, which changes the genetic makeup of living things to produce useful products. Genetically modified organisms (GMOs), such as herbicide-resistant soybeans and borer-resistant corn, have become common in various industries, including agriculture and food production.

The anomitic is for the difference

Analyzing anatomical features in both fossils and modern organisms reveals evolutionary relationships through similarities that point to a common ancestor. Comparative anatomy, along with embryological and molecular data, provides evidence for these links, highlighting the fundamental blueprint shared by diverse species that have diverged over time.

Understanding the evolutionary relationships between modern and fossil organisms involves examining their anatomical features. The presence of similar structures in different species, a concept known as homology, is a powerful indicator of common ancestry. When we compare the anatomy of fossils with contemporary species, we often discover that while each species has adapted to different environments and lifestyles, there's a fundamental blueprint that links them together.

For example, the whale flipper, bird wing, and human arm all share a common structural pattern—a long bone (humerus), followed by two bones (radius and ulna), then smaller bones (carpals), and finally the digits. Such similarities arise not from a functional need to be similar but from a shared lineage that diverged through evolutionary processes. These homologous structures may have different functions but their underlying similarity points to a common ancestor.

On the other hand, when observing fossil records, we notice changes that illustrate how species have diverged from this common blueprint due to natural selection and adaptation to their environments. The skeletal structures, while retaining some level of similarity, may display significant differences in form and function. This evolutionary adaptation is evident when we analyze sequential changes in fossil records, such as the transition from dinosaurs to birds or the development of horses from small, multi-toed ancestors.

Through comparative anatomy, we observe that the number, size, and shape of bones may vary between creatures, reflecting the evolutionary pressures unique to their way of life. However, the presence of certain bones—the vertebral column in vertebrates—is a persistent and undeniable link among species, highlighting their common origin. Another example is the anatomical similarities observed in the skeletons of distantly related species such as the dugong and the European mole, implying deep evolutionary connections.

In addition to anatomical and fossil evidence, embryology and molecular data like DNA similarities also reinforce evolutionary connections. Embryological development can show homologous structures that may not be evident in adult organisms, while DNA sequence comparisons can quantify the genetic links between species. In conclusion, the continued study of fossils, anatomy, embryology, and molecular biology provides a robust framework for understanding the evolutionary relationships that unite the diversity of life on Earth.

Answer:

Limestone and Acid Rain. Carbon Dioxide-Bicarbonate-Carbonate Equilibrium ... The buffered water resists changes to pH from additional acid or base. ... Because surface waters are in equilibrium with atmospheric carbon dioxide there is ... The presence of limestone and other calcium carbonate rock in lakes and streams ...

Explanation:

Answer:

calcium carbonate solutions are basic and neutralize the acid rain.

Explanation:

Rift valley is the feature forms at a divergent boundary,A divergent plate boundary often forms a mountain chain known as a ridge.

Rift valley is the feature forms at a divergent boundary,A divergent plate boundary often forms a mountain chain known as a ridge.

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B. The ability to respond to the environment good decision

Answer:

B. the ability to solve problems and make good decisions

Explanation:

Intelligence is attained in many different ways through many influences, both social and personal.

Answer:

D

Explanation:

The density of a substance is dependent on mass and volume of the substance, so a change in state of matter affect the change in volume which affect the density of the substance

Answer:

The answer on Study Island is...

D. The density of the substance decreases

Explanation:

I did it on Study Island and I got it correct. I hope my answer can help those who need it :)

At the end of each bronchiole is an air sac (a) made from small clumps of alveoli.

Hope this helps.

- Danielle xo

Answer:

1) air sac

Explanation:

The smallest branches are called bronchioles and at the end of these are your air sacs.

Okay, first of all, I don't know what "do we live in" means. I am guessing you're talking about the United States.

We live in the Prevailing Westerlies, which blow in the middle latitudes. Most of North America fits into this belt.

Human wingspans are much smaller than those of albatross. That is, the ration of wingspan to height for humans is around 1.0, whereas for albatross it is closer to 3.0. ... Albatross fly thousands of miles each year. They use their long wings to soar on wind currents over the ocean.

An average human adult 'wingspan' measures around 2 meters, whereas the wingspan of the albatross, particularly the wandering albatross, can reach up to 3.7 meters - significantly larger. This reflects the different functions these 'wings' serve, with those of the albatross being specially adapted for long-distance flight.

In comparing human wingspans to albatross wingspans, we find striking differences. The average human adult wingspan, that is, the distance from fingertip to fingertip with arms extended, usually measures around 2 meters (6 feet). In contrast, the wingspan of the albatross is considerably larger, with the wingspan of the wandering albatross - the record holder - reaching up to an impressive 3.7 meters (12.1 feet).

The differences in wingspan between humans and the albatross reflect the different roles and functions these 'wings' serve. For humans, our 'wings' or arms are used for manipulation and manual tasks, whereas the albatross uses its wings primarily for long-distance flight. The wings of the albatross are also intricately adapted for this function, with even the bird's flight muscles and skeletal structure playing major roles in facilitating efficient flight.

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Answer:

by meeting new people

Explanation:

Answer:

B

Explanation: