I really need help on this part ASAP!!

The text suggests that the number of girls and young women pursuing STEM majors and careers is significantly lower than boys and young men. One of the primary reasons for this is the lack of encouragement and support from parents, teachers, and society.

The stereotype that STEM subjects are only for boys creates a negative impact on girls' minds, making them feel inadequate and incapable. Additionally, the lack of female role models in STEM fields makes it difficult for girls to envision themselves in such careers.

The gender pay gap in STEM fields is also a deterrent, as women in these fields earn less than men, further perpetuating the notion that STEM is a male-dominated field.

Moreover, the classroom culture can be hostile to girls, with boys dominating class discussion and teachers frequently underestimating their abilities.

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During this time on Mars, based on width and depth of the remaining riverbed, it is thought that the flow rate must have been enormous, as much as 100 times the flow rate of the Amazon River. The right answer is d.

There are numerous locations on Mars where large flood channels, also known as outflow channels, have been cut into the surface. The networks in the valley are substantially smaller than the canals. It is estimated that the peak outflows of the floods that cut the major outflow channels were 100 times greater than the flow rate of the Amazon River, making them really huge events.

The massive release of water from lakes appears to have caused some of the floods. Others were created by groundwater explosions. The outflow canals are more recent than the valley networks and most likely developed under conditions akin to those in use now. 

The correct answer is option d.

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Tropical cyclone Hagibis developed through various stages before it reached its peak intensity. Tropical Cyclone Hagibis developed from a tropical disturbance to a tropical depression, then to a tropical storm, and finally to a powerful typhoon before weakening and dissipating over Japan.

Initially, the disturbance formed as a tropical depression in the Philippine Sea on October 5, 2019. Over the next few days, it strengthened into a tropical storm and was named Hagibis on October 7.

As it moved northwest towards the Marianas Islands, it intensified further, becoming a typhoon on October 8. Hagibis continued to gain strength, reaching its peak intensity on October 10 as a Category 5 super typhoon with sustained winds of 160 mph (260 km/h) and a minimum central pressure of 915 mb.

After reaching peak intensity, Hagibis began to weaken slightly as it encountered less favorable environmental conditions, such as cooler sea surface temperatures and increased wind shear. It ultimately made landfall on Japan's Izu Peninsula on October 12 as a strong typhoon, causing significant damage and widespread flooding.

In summary, the development of tropical cyclone Hagibis went through the stages of a tropical depression, tropical storm, typhoon, and finally a super typhoon before weakening and making landfall as a strong typhoon.

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The ethnicities involved are Israelis (mainly Jewish) and Palestinians (mainly Arab). The languages spoken are Hebrew and Arabic. So the option b is correct.

The border in question is the one between Israel and Palestine, which is in the Middle East and has been a point of contention ever since the state of Israel was founded there in 1948. The religious divisions between Judaism and Islam, as well as the geopolitical difficulties between Israel and its Arab neighbors, are the core causes of the war.

The presence of Christianity, a third monotheistic faith, and the irredentist aspirations of both Israeli and Palestinian nationalists have made the dispute even more complex. Both in terms of security and diplomatic ties, the conflict has had a significant impact on the entire world. So the option b is correct.

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The area behind an island arc that develops a spreading center and rifts is an back-arc basin.

A specific kind of geologic basin called a back-arc basin can be found at several convergent plate borders. Back-arc basins are now all underwater landforms connected to island arcs and subduction zones, with many of them being located in the western Pacific Ocean. The majority of them are the consequence of tensional pressures brought on by the oceanic trench rollback process, in which a subduction zone shifts in the direction of the subducting plate.

Back-arc basins are found in regions where the oceanic crust subducting plate is very ancient. Asymmetric seafloor spreading distinguishes back-arc basins from typical mid-ocean ridges, however this can vary greatly even within a same basin.

Therefore, option C is the correct answer.

The complete question is, "The area behind an island arc that develops a spreading center and rifts is a(n) ______.

A. Barrier Island

B. Microcontinental islands

C. Back-arc basin

D. Volcanic island arc

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Answer: It could be from the snow and ice buildup or the glaciers hit each other.

Explanation:

In the Yukon Territory, glaciers have actually gotten bigger over time due to a combination of factors. One of the primary reasons is increased precipitation, which leads to more snowfall that accumulates and eventually turns into ice.

Additionally, changes in temperature and weather patterns can affect the movement and formation of glaciers. For example, warmer temperatures can cause more melting at lower elevations, but can also lead to increased ice accumulation at higher elevations. This can cause glaciers to advance and grow in size.

Another factor is the topography of the land, which can influence how glaciers move and accumulate ice. Overall, the growth of glaciers in the Yukon Territory is a complex process that is influenced by a variety of environmental factors.

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Creating gills to breathe underwater is not a true adaptation to dealing with being on dry land.

Characteristics or behaviors that enable an organism to live and reproduce in a terrestrial environment would constitute a "true adaptation" to being on dry land. The ability to breathe air, the evolution of a waterproof outer covering, and the ability to produce eggs that can endure drying out are few examples of real adaptations to living on dry land.

Swimming does not directly assist an organism in surviving and reproducing in a terrestrial environment, hence it is not a true adaptation to dealing with being on dry land. However, swimming may have indirect benefits because it can aid an organism in finding food, avoiding predators, and migrating.

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San Diego, California, has the year-round weather that is the most consistently warm. In comparison to the other four locations, San Diego has a climate that is quite warm and a lower elevation.

The area with the highest latitude and highest elevation would be the one most likely to offer the most consistently warm temperatures all year round. A warmer environment will result from the greater elevation because warm air rises, increasing the amount of insulation from the atmosphere.

The area will also be closer to the equator, which is typically associated with warmer temperatures, thanks to the greater latitude. The site with the highest latitude and elevation would therefore be the most likely to offer the most consistently warm temperatures throughout the year out of the five locations listed in the Temperature folder.

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Answer:

Islam

Explanation:

Most likely is islam

Answer:

The primary religion in Southwest Asian countries such as Iran, Syria, and Saudi Arabia is Islam.

Explanation:

Southwest Asia, also known as the Middle East, is home to many countries where Islam is the primary religion. Islam is a monotheistic religion that originated in the Arabian Peninsula in the 7th century. It is based on the teachings of the Prophet Muhammad, who is considered the last prophet in Islam. The Islamic faith is centered on the belief in one God, Allah, and the adherence to the Five Pillars of Islam, which include the declaration of faith, prayer, charity, fasting, and pilgrimage to Mecca.

Iran, Syria, and Saudi Arabia are all countries in Southwest Asia where Islam is the primary religion. In Iran, the majority of the population practices Shia Islam, while in Syria and Saudi Arabia, the majority of the population practices Sunni Islam. Islam is an important part of the culture and daily life in these countries and has a significant influence on their social, political, and economic systems.

Land reforms are frequently justified on the grounds of advancing fairness, lowering poverty, ensuring the nutrition of households with limited access to land, redressing social injustices, and preventing social unrest.

According to the many roles that land has played throughout history—as a component of production, a repository of wealth and value, a status symbol, or a source of social and political influence—the notion of land reform has changed throughout time.

If properly implemented, the need for land reform from the perspective of social justice and for a more fair allocation of fertile farmland provides a significant opportunity for growth. A key strategy for accelerating agricultural expansion is increased private sector involvement in land redistribution, supported by state-sponsored enabling laws, incentives, and monitoring procedures. By 2030, it is probable that the actual agricultural gross value added will have significantly increased thanks to a series of initiatives in five key sectors of the agricultural industry.

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Answer:

Yes

Explanation:

Because, of the soils vitamins

Answer:

Climate

Explanation:

Climate refers to the long-term patterns or trends of meteorological conditions in a specific place, such as temperature, precipitation, humidity, and wind. It is a measure of average conditions over a 30-year or longer timeframe. Several factors influence climate, including latitude, altitude, topography, ocean currents, and atmospheric circulation. These factors interact to provide a distinct climate for each region of the globe.

Weather, on the other hand, refers to the short-term atmospheric conditions that occur daily or hourly, such as temperature, humidity, precipitation, wind, and cloud cover. Weather can be highly variable and unpredictable, changing quickly over short intervals.

Predicting future weather conditions based on current data and computer models is called a forecast. Natural fluctuations in weather and climate patterns that occur throughout time, such as El Nio and La Nia occurrences, can cause changes in temperature, precipitation, and other meteorological variables.

1.Leyte has the greatest design capacity, Mindanao has the Least design capacity.

2.It is close to ring of fire/near the volcano.

3. Geothermal energy not available everywhere because it cannot be stablished everywhere

4 Yes  it  is possible to build a GPP in Cebu As long as it is near the volcano.

To generate electricity, geothermal power plants make use of the Earth's geothermal energy. Water is heated by the heat from the Earth's core. A generator or a turbine is turned by the heated water. The cooled water is then drained back into the core of the Earth.

Geothermal power plants can be thought of as using renewable energy because only a small amount of the enormous heat energy in the Earth's core is used for this process.

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The countries of Canada and the United States can be called a region because they have the characteristic of geographic proximity.

The two countries share a land border that spans over 8,891 kilometers, which is the longest international border in the world. The region also shares similar physical features, such as the Rocky Mountains, the Great Plains, and the Great Lakes. The proximity and shared physical features have resulted in similar climate patterns and natural resources, which have influenced economic and cultural similarities between the two countries.
Moreover, the region of North America is characterized by a shared history of colonization and settlement by Europeans. The countries have a similar political structure and are both considered democratic nations. They also share a common language, English, which has influenced the development of similar cultural practices and shared values. In addition, the region is known for its economic interdependence, as the two countries trade goods and services extensively.

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Economically, horizontal landforms like the basaltic plateaus are quite significant. Basaltic plateaus are composed of flat, open expanses of rock and are the result of volcanic activity.

They provide a variety of economic advantages. For many species, including those that are valuable for commercial exploitation, such as game, fur-bearing animals, and fish, these landscapes provide vital habitat.

Additionally, basaltic plateaus offer a wide range of energy and mineral resources, including coal, oil, and uranium. Many nations' economies depend on these resources, which are also used to produce steel, cement, and other industrial materials as well as to generate electricity.

In conclusion, the economic importance of horizontal landscapes, like the basaltic plateaus, is undeniable. These landscapes provide essential habitat for species, opportunities for recreation and tourism, and resources for energy production and industrial materials.

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It estimates the total energy released from an earthquake, It determines an earthquake’s magnitude based on the size of its seismic waves and It gauges fault movement during an earthquake are the three correct  statements that describe the Richter scale.

A numerical scale called the Richter scale is used to quantify the size or power of earthquakes. Charles Richter and Beno Gutenberg created it in 1935 at the California Institute of Technology. Each whole number increase on the scale, which goes from 0 to 10 corresponds to a tenfold increase in the amplitude of the seismic waves detected by a seismograph.

The scale measures seismic waves, not earthquake-related damage. It is significant to remember that the Richter scale only assesses an earthquake's magnitude not the extent of its damage. Depending on the location, depth and other factors an earthquake of the same magnitude can cause very different amounts of damage.

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The Richter scale is a measurement scale used to determine the magnitude of an earthquake. It estimates the total energy released from an earthquake, which is known as the seismic moment. The scale increases in magnitude as the amount of energy released by the earthquake increases.  
One statement that describes the Richter scale is that it estimates the total energy released from an earthquake. This means that it provides a measurement of the overall power of the earthquake based on the amount of energy it released.  

Another statement is that it determines an earthquake's magnitude based on the size of its seismic waves. Seismic waves are the waves of energy that radiate from the earthquake's epicenter. By measuring the amplitude (height) of these waves, the Richter scale can calculate the earthquake's magnitude.  
A third statement is that it measures large earthquakes far from the seismograph. Seismographs are instruments used to measure and record seismic waves. The Richter scale is designed to measure large earthquakes that can be detected by seismographs located far away from the epicenter.  

To summarize, the Richter scale estimates the total energy released from an earthquake, determines an earthquake's magnitude based on the size of its seismic waves, and measures large earthquakes far from the seismograph. It is a useful tool for understanding and categorizing the power of earthquakes.

Answer:

The dating system that describes only the order in which rocks were formed is called relative dating.

A dating system that describes only the order in which rocks were formed is called relative dating.

Relative dating is a method used by geologists to determine the chronological sequence of events in Earth's history without necessarily providing an exact age. This technique relies on the principles of stratigraphy, which involves studying the layers of sedimentary rocks, also known as strata.

Key concepts in relative dating include the Law of Superposition, the Principle of Original Horizontality, and the Principle of Cross-Cutting Relationships. The Law of Superposition states that in undisturbed sedimentary rock layers, the oldest layer is at the bottom, and each successive layer above it is younger. The Principle of Original Horizontality suggests that these layers were initially deposited horizontally and were subsequently deformed by geological forces. The Principle of Cross-Cutting Relationships asserts that if one geological feature cuts across another, the feature being cut is older than the one cutting it.

By applying these principles, geologists can establish a relative chronology for rocks and the events that formed them, such as volcanic eruptions, fault movements, and deposition of sediments. Although relative dating cannot provide exact numerical ages, it is a crucial tool in understanding the sequence of geological events and the history of our planet.

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A large eruption at Yellowstone would have global effects, including ashfall and temporary climate changes lasting years to decades.

The Yellowstone volcano has a long geological history, with evidence of multiple eruptions over the past two million years. The most recent major eruption occurred around 640,000 years ago

Before any major volcanic activity at Yellowstone, a series of earthquakes would occur due to shifting and adjusting of the earth's crust. After many earthquakes of varying intensity, eruption would be huge.

Ash, debris, and lava would spew forth, with even a few feet of ash causing widespread destruction of buildings, infrastructure, and transportation. The eruption would be preceded by noticeable destruction within the park and nearby towns, requiring evacuations.

Lava flows would affect only a limited area, but the eruption's impact on global climate would be significant. Eruption this huge could lead to a decrease in temperature. But, the chances of eruption are extremely rare.

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According to some scientists, increase in carbon dioxide is a cause of global warming.

Carbon dioxide is a  greenhouse gas that holds the heat from the sun in the Earth's atmosphere rather than allowing it to escape into space. The planet's climate and ecosystems may be significantly and widely impacted by the resultant rise in temperature.

Although there are other elements that may impact global warming, such as changes in cloud cover or concentrations of other greenhouse gases like methane, carbon dioxide is thought to be the main cause of this phenomenon.

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The given statement "the richter earthquake magnitude scale is based on the total amount of energy released by the earthquake" is true as  logarithm of amplitude is used to calculate the earthquake's magnitude.

American seismologists Charles F. Richter and Beno Gutenberg created the Richter scale (ML) in 1935 as a numerical way to express the size and magnitude of an earthquake. The greatest seismic wave's logarithm of amplitude, measured to a scale by a seismograph, is used to calculate the earthquake's magnitude.

Although the original Richter scale has been supplanted by other, more precise scales in modern science, the Richter scale is still frequently used incorrectly in news reporting of earthquake severity as a catch-all phrase for the logarithmic scale that earthquakes are measured on.

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Symmetric ripples form when water deposits sediment in layers, but the direction of flow periodically changes. The right answer is c.

In general, ripples form wherever there is loose, medium- to fine-grained sand and currents of air or water to move it. They are common sedimentary structures. Bidirectional currents, or currents that travel in one direction before switching to the opposite, create symmetric waves.

In marine and lacustrine habitats, symmetrical ripples emerge above the wave-base during fair-weather conditions. They are less frequently retained than asymmetric current ripples because they are more susceptible to being altered by bottom currents and variations in the wave climate (caused by variations in wind patterns).

The correct answer is option c.

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The glaciated portion of a thunderstorm is often located during the storm's peak. Option 3 is Correct.

When thunderstorms have lesser updrafts, they are more likely to have glaciated clouds at their peaks. The front edge of brisk surface winds resulting from thunderstorm downdrafts is referred to as a "gust front," and it is occasionally accompanied by a shelf cloud or roll cloud.

Florida has the largest amount of "thunder" days (80 to 105+ each year), with the southern states experiencing the majority of them. The higher portion of the thunderstorm cloud thus acquires a positive charge, and the middle to lower portion acquires a negative charge. Option 3 is Correct.

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Correct Question:

The glaciated part of a thunderstorm is usually found at the glaciated part of a thunderstorm is usually found at

1. the bottom of the storm.

2. the middle of the storm.

3. the top of the storm.

4. throughout the entire storm.

An ecological community is a collection of populations of at least two distinct organisms that interact both directly and indirectly within a certain geographic area.

Organisms reside inside ecological communities. Numerous ecosystem characteristics and functions, such as nutrient cycling and food webs, are based on interactions between species. Depending on the evolutionary context and environmental factors that they take place in, these interactions can take on a variety of different forms.

Because of this, ecological interactions between particular individuals and entire species are usually challenging to identify and quantify and frequently rely on the scale and context of the interactions. However, there are a number of classes of interactions between organisms that are present in a wide range of habitats and ecosystems. When examining an ecological community, scientists can describe naturally occurring processes and make predictions about how changes made by humans to the environment may affect ecosystem properties and processes by using these classes of interactions as a framework.

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Restoration of land in an arid climate would likely be more difficult because of the lack of rainfall and the limited availability of water. The limited availability of water makes it challenging to establish vegetation and maintain adequate soil moisture levels.

As a result, the success of the restoration efforts in such an environment would depend heavily on the availability of water resources and the use of appropriate irrigation and water management techniques.

One environmental impact of the sulfur content of the remaining coal and tailings is that it can result in soil acidification, which can be detrimental to plant growth. To address this issue, lime or other alkaline materials can be added to the soil to neutralize the acidity and promote plant growth.

Two environmental impacts of using coal for energy include air pollution and greenhouse gas emissions. Burning coal releases sulfur dioxide, nitrogen oxides, particulate matter, and other pollutants into the air, which can lead to respiratory and cardiovascular problems in humans and harm wildlife and ecosystems. Additionally, burning coal produces carbon dioxide and other greenhouse gases, contributing to climate change.

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The sentence that provides evidence that NASA research has positive effects on Earth is: "NASA has made many contributions outside of space exploration. Through their research and development, scientists have invented practical items such as cordless tools, memory foam in mattresses, and scratch-resistant glasses."

This sentence indicates that NASA's research has had a positive impact on society by leading to the development of useful everyday items. This shows that NASA's research is not only focused on space exploration but also has practical applications that benefit people on Earth.

Additionally, the sentence provides specific examples of inventions that have been made possible through NASA's research and development efforts, further highlighting the positive effects of NASA's work.

Overall, this sentence shows that NASA's research has a wider impact beyond just space exploration and that it has the potential to improve people's lives in tangible ways.

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Tensions between Muslims and Hindus have not subsided as much as was promised since Pakistan's separation from India.

There have been several instances of violence between the two countries despite their isolation. As Muslims, who had previously been the majority in the area, were uprooted and relocated to Pakistan as a result of the partition, there was a significant outbreak of violence in 1947.

Multiple wars between India and Pakistan between 1965 and 1971 came after that. Tensions between the two nations have risen in recent years, notably with relation to the Kashmir area.

While the separation of Pakistan from India was intended to give Muslims a safe haven, it has not been able to reduce hostilities between Hindus and Muslims.

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