silica tends to polymerize in lavas and make them thick and lumpy. ways to reduce polymerization of silica in lava include: group of answer choices making the lava very low in water and carbon dioxide. making the lava very rich in water and carbon dioxide. making the lava very poor in iron and very cool. making the lava very poor in iron.

Answer:

The lithosphere. Hopefully it's right :)

Answer:

lithosphere

Explanation:

In plant cells, the direction of water movement is determined by osmosis. A vacuole is a tiny, enclosed compartment in a cell. The vacuole is full of a liquid called cell sap, which is primarily composed of water, sugars, and mineral salts.

A cell that has a vacuole has a semi-permeable membrane that allows water to pass through it. Water will move into the vacuole in plant cells. When the concentration of solutes (dissolved particles) in the cell is higher than that in the surrounding solution, water will move into the cell from the surrounding solution by osmosis.

This will cause the vacuole to expand and exert turgor pressure on the cell wall, giving the cell its structure and allowing it to maintain its shape. This is known as a hypertonic solution.

On the other hand, if the concentration of solutes in the cell is lower than that in the surrounding solution, water will move out of the cell into the surrounding solution. This causes the cell to shrink and become flaccid, or limp. This is known as a hypotonic solution.

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Snakes display behaviors that allow them to absorb or radiate heat as required.

Snakes are elongated, legless reptiles that belong to the suborder Serpentes. They are found in various habitats across the globe, excluding Antarctica. Snakes possess a unique body structure adapted for their specialized mode of movement called serpentine locomotion. Their bodies are covered in scales, which aid in reducing friction while slithering. With more than 3,000 known species, snakes exhibit remarkable diversity in size, coloration, and behavior.

Snakes play vital ecological roles as both predators and prey. They feed on a variety of animals, including rodents, birds, amphibians, and other reptiles. Some snakes are venomous, possessing venom glands and fangs to immobilize and digest their prey. However, most snake species are non-venomous and rely on constriction to overpower their victims.

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Aging factor raises BMR.

Age is one of the most important factor of changes in energy metabolism. The basal metabolic rate decreases almost linearly with age. Skeletal musculature is a fundamental organ that consumes the largest part of energy in the normal human body.

Elements that increase our BMR include: having a higher muscle-to-body fat ratio, being male, being pregnant, growing kids, strain, and having a fever.

Environmental temperatures and thyroid hormones additionally affect metabolism.

Elements including age, weight loss program, climate, race and menstruation exert a great impact at the basal metabolism of the normal human situation.

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Answer:

A.

brainliest????

Explanation:

Answer:

• The crude birthrate remains higher than the crude death rate.

Explanation:

Answer:

Explanation:

To calculate the maximum possible duration of the Earth's transit along the disk of the Sun as observed from the surface of Mars, we can use the following information:

Distance of Earth from the Sun: This value is approximately 149.6 million kilometers.

Distance of Mars from the Sun: This value varies due to the elliptical orbit of Mars, but on average it is approximately 227.9 million kilometers.

Eccentricity of Mars/Earth Orbit: The eccentricity of Mars' orbit is approximately 0.0934, while the Earth's orbit is nearly circular with an eccentricity close to 0.

To determine the maximum transit duration, we need to consider the relative angular velocity of Earth and Mars and the angular size of the Sun's disk in the Martian sky.

Given that the Earth is in perihelion and in lower contact with the Sun (which corresponds to the maximum angular size of the Sun's disk in the Martian sky), the relative angular velocity of Earth and Mars will be minimal.

Using the formula:

Transit duration = Angular size of the Sun's disk / Relative angular velocity of Earth and Mars

We can estimate the maximum transit duration. However, precise calculations require detailed values for the angular size and relative angular velocity, which are not provided in the question.

Please note that without specific values for the angular size and relative angular velocity, it is not possible to calculate the exact maximum transit duration.

Answer:

Hypothesis: The long, parallel grooves found on the rock could be the result of glacial erosion or abrasion caused by the movement of glaciers.

To test this hypothesis, you could look for other landforms and geological features that are typically associated with glacial activity. Here are some landforms to explore:

1. U-shaped Valleys: Glaciers tend to carve out U-shaped valleys as they move through the landscape. Look for valleys with steep, straight sides and a broad, flat bottom, indicating glacial erosion.

2. Moraines: Glaciers deposit materials as they advance and retreat, forming moraines. Look for ridges or mounds of unsorted sediment, such as lateral moraines (along the sides of a glacier), terminal moraines (at the furthest point of glacier advance), or medial moraines (formed by the merging of two glaciers).

3. Erratics: Glaciers can transport large boulders or rocks and deposit them in areas with different rock types. Look for isolated boulders or rocks that are different from the surrounding bedrock.

4. Striations and Polish: Glaciers often leave behind parallel scratches or striations on bedrock surfaces due to the movement of rocks and debris embedded in the ice. Look for polished surfaces or grooves with consistent orientations.

5. Cirques: These are bowl-shaped depressions carved by glaciers in mountains. Look for steep-walled, amphitheater-like features with a circular or semi-circular shape.

6. Hanging Valleys: These are valleys that are perched above the main glacial valley, formed by the tributary glaciers meeting the main glacier. Look for smaller valleys entering a larger valley with a significant difference in elevation.

By investigating these additional landforms associated with glacial activity, you can gather more evidence to support or refute the hypothesis that the parallel grooves on the rock are a result of glacial erosion.

Long, parallel grooves on a rock can indicate that it was shaped by glacial activity. To test this, one could look for other landforms typical of glacial erosion, like U-shaped valleys, drumlins, or moraines.

An observation of a rock with long, parallel grooves might lead to a hypothesis that the rock has been shaped by some sort of erosion or scraping process, likely glacial activity. Glaciers can create these groove-like features, known as striations, as they move slowly across the land surface, dragging rocks and debris underneath them.

To test this hypothesis, you would want to look at the surrounding landforms for further evidence of glacial activity. Specifically, you'd want to find features such as U-shaped valleys, drumlins, or moraines, which are all typically formed by glaciers. The presence of these features in proximity to the striated rock would help to support your hypothesis.

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Answer:

"If you add 1 to an earthquake's magnitude, you multiply the shaking by 10. An earthquake of magnitude 5 shakes 10 times as violently as an earthquake of magnitude 4; a magnitude-6 quake shakes 10 times as hard as a magnitude-5 quake; and so on."- www.Science.org

Explanation:

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Wet compacted sand is stronger than dry compacted sand due to increased cohesion between the particles.

When sand is wet, the water creates a thin film around each grain of sand, which increases the surface tension and cohesion between the particles. This results in a stronger bond between the sand grains, allowing the sand to better resist external forces such as compression or shear.

Additionally, the presence of water in the sand can help to fill any voids or gaps between particles, further enhancing the sand's overall strength.

However, it is important to note that the strength of wet compacted sand can be affected by factors such as the type of sand, the amount of water present, and the method of compaction used.

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Answer:

\(\frac{3}{7}\)

Explanation:

\(\frac{-4-(-16)}{10-(-18)}\)

Crystals of new minerals are formed when mudstone is heated - Metamorphic process

A glassy rock forms when magma cools quickly - Igneous process

Sediment grains collect in layers on the seafloor - Sediment process

Sediment grains are cemented together when they are buried beneath more layers of sediment - Sediment process

Large crystals form when magma cools deep below Earth's surface - Igneous process

When molten, hot rock crystallizes and solidifies, igneous rocks are created. The melt begins deep within the Earth near hot regions or active plate borders, then it rises towards the surface.

Particles that settle out of water or the atmosphere or minerals that precipitate from water are the sources of sedimentary rocks. They gather in layers. Existing rocks undergo metamorphism when heat, pressure, or reactive fluids like hot, mineral-rich water are applied.

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Using the theories of density, we got that seasonal changes decreases the salinity of the water  as the season becomes warmer. Seasonal changes in the amount of sea ice influence the density as Water density is greater than previous before ice forms.

As the season becomes warmer, the ice will melt leading to decrease in salinity of the water. This affects the density of the water. the density reduces. water density increases as ice formation takes place.

As the winter time evolution of the sea the ice thickness distribution is controlled by localized deformation events, there is the  need to understand the mechanisms controlling the sea ice deformation at the lead scale. Models of pack ice relate the opening and ridging rates to surface stresses on pack ice, typically on the scales of 100 km2 and days. Sea ice models are now being developed is to actually resolve higher resolutions, 10 km2 .

Hence, the accompanying photo shows sea ice in the Beaufort sea near barrow, Alaska, seasonal changes in the amount of sea ice decreases the salinity of the water decreases as the season becomes warmer. Water density is greater than before after the ice forms.

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Lithospheric mantle and asthenosphere differ from each other in their ability to flow and their temperature characteristics.

- Lithospheric mantle (asthenospheric lithosphere) is the rigid outer layer of the Earth's mantle that cannot flow easily. It forms part of the tectonic plates and consists of rocks cooler than 1,280°C.

- Asthenosphere, on the other hand, is a partially molten, ductile layer of the upper mantle that can flow slowly over geological timescales. It exists beneath the lithospheric plates and consists of rocks warmer than 1,280°C.

The main difference between lithospheric mantle and asthenosphere lies in their flow properties and temperature. The lithospheric mantle is a rigid layer of cooler rocks that cannot flow, while the asthenosphere is a semi-fluid layer of warmer rocks that can flow over long periods of time. These distinct characteristics play a crucial role in the Earth's tectonics and plate movements.

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Answer:

earth plates move on top of the mantle like a RAFT floats on water

Answer:

plates

Explanation:

Answer:

Just use google, that's what the instructions say:)

Explanation:

Hope this helps hun:)

The type of rock that is composed of minerals with crystals that have their long axes perpendicular to pressure is called foliated metamorphic rock.

Foliated metamorphic rocks are formed when preexisting rocks (igneous, sedimentary, or metamorphic) are subjected to heat and pressure over a long period of time. The resulting rocks have a layered or banded appearance due to the alignment of mineral grains or crystals in a specific orientation.

The minerals in foliated metamorphic rocks are typically composed of crystals with their long axes perpendicular to pressure, which gives the rocks their characteristic texture. Examples of foliated metamorphic rocks include slate, phyllite, schist, and gneiss.

The question is:

The type of rock that is composed of minerals with crystals that have their long axes perpendicular to pressure is called _________.

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Answer: Carbon stored in the sedimentary rocks that form on the ocean floor

Explanation: I took the quiz and got it right :)

Also known as Information societies.

A society is a group of people living together in a certain type of community having common/closely related traditions, institutions/political authority and interests.

As humans had evolved, so does their living environment around them. The Nineteenth century (Industrial Revolution), is considered as a turning point of human history. Before this, the societies were used to be small, rural behavior, low standard of livings, dependent on natural/regional resources, low socio-economic development with few specialized occupations.

It marked the foundation of digital technology by bridging the gap between man and ideas, leading a developing path for a more advanced and knowledge led societies around the world. Thus the term information societies were often used for post-industrial societies.

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a) Binomial nomenclature

Carl Linnaeus developed the system of binomial nomenclature to organize all life on Earth. This system assigns a unique two-part name to each species, consisting of the genus name and the species name. The binomial nomenclature provides a standardized and universally recognized way to identify and classify organisms, allowing for clear communication and understanding in the field of biology.

Linnaeus introduced this system in his landmark work "Systema Naturae" published in 1735. The use of binomial names helps in organizing and categorizing the vast diversity of species on Earth, providing a common language for scientists and researchers to study and discuss different organisms. It allows for precise identification and facilitates the classification and understanding of the relationships between different species. The system has since been expanded and refined by subsequent scientists, but the fundamental concept of binomial nomenclature remains a key contribution of Linnaeus to the field of taxonomy.

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The solution that is right is B. With a drop in temperature and a rise in salinity, seawater becomes denser.

                        The density of seawater is significantly influenced by temperature and salinity. As the temperature rises, seawater expands and becomes less dense. On the other hand, as the temperature drops, seawater contracts and becomes denser. This is the result of the thermal expansion and contraction of water molecules.

                        Salinity, on the other hand, has a different effect on the density of saltwater. As salinity increases, more dissolved salts are present in the water, increasing its density. Higher salinity leads to more dissolved ions and particles, which increases the water's overall mass without significantly changing its volume.

                         The result is a body of water that is denser since seawater's density grows with rising salinity and dropping temperature.

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The density of seawater increases with C) increasing temperature and decreasing salinity. This means that as the temperature of seawater increases, its density also increases, making it heavier.

On the other hand, as the salinity of seawater decreases, its density also decreases, making it lighter. This is because salt in seawater increases its density, while temperature affects the space between water molecules, making it more compact and thus increasing its density. The density of seawater plays a crucial role in ocean currents, as it affects the water's movement and distribution, which in turn affects the climate. It is important to monitor the changes in seawater density, as it can have significant impacts on marine life and ecosystems. Therefore, understanding the relationship between seawater density, temperature, and salinity is vital for scientific research and ocean management.

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Answer: in that what

Explanation: oh wait nevermind my bad

Answer:

Honestly just look up these questions individually you'll get the answers :]

Explanation:

Answer:

A: less than half

Explanation:

Renewables resources make up about 26% of the world's energy.

Answer:

Computers can do repetitive tasks faster with fewer mistakes than humans, thus the first few decades of the development for business focused mainly on automating a wide range of industrial processes. The next step brought PCs as productivity tools and entertainment devices to homes and workplaces everywhere. More recent refinements in information.

Explanation:

The population of the Front Range of Colorado, which includes Denver, Colorado Springs, and Fort Collins, increased by nearly 17% over the previous ten years.

In 2021, Colorado's population increased by 27,700. These include births, deaths, emigration to and from the state, as well as population changes.

Colorado is known as the "Centennial State" because it was admitted as the 38th state in 1876 when the United States turned 100. Colorado features a number of peaks that rise above 14,000 feet and is most strongly linked with the Rocky Mountains.

The word "red" or "ruddy," which describes the color of much of the state's landscape, is how the state got its name.

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Answer:

The Earth turns (rotation around the polar axis), goes along on its orbit (revolution around the Sun), swings smoothly as un unbalanced spinning top (equinoctial precession)

Explanation:

A Positive Feedback loop is a situation where a reaction towards a given direction triggers additional changes or reactions in the same direction.

For example, imagine that there is an increase in greenhouse gas, and it leads to a warming effect.

To counteract the effect of warming effects technologies that trigger more greenhouse gases are released into the atmosphere.

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A. Moonlighting type of conflict of interest is most illustrated within this scenario.

Moonlighting, or working two full-time jobs concurrently, is a contentious practice that has gained popularity among employees as telework has given them more freedom and time. However, the Indian government made it clear that the practice is prohibited by the country's labor regulations.

Employees who moonlight can increase their revenue by working at other jobs which are not necessarily in the same place, frequently at night and covertly. Employees who work with private companies, particularly tech experts, may be subject to policies against moonlighting.

Employees who moonlight can supplement their revenue by working at other jobs which are not necessarily in the same place, frequently at night and covertly. Employees who are employed by.

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