If the sub-solar point is located at the Equator after the Southern Hemisphere's summer, which day of the year is it

Answer:

the Andes is the primary mountain range in South America

Answer:

There are International non-profits trying to work with governments and people to reduce deforestation, educating people, and buying tracts of land to preserve and/or replant, and donating the newly established reserves to the country while working with the people to create new jobs.

Explanation:

Option (b), A wave that is 20 feet in wavelength and 10 feet in height has a 10 foot wave base.

Because they don't collide with the ocean floor when they do so, deep-water waves move at a constant speed regardless of the depth of the water. However, because of their interaction with the bottom, waves alter as they go closer to shallow water. The relationships between frequency and wave parameters include wave height, wave speed, and wave length.

The wave base is the depth at which the wave ceases to disturb the medium in any way. The wavelength of a wave's base has been discovered to be half that wavelength.

Therefore;

Wave base = wavelength/2

                  = 20 ft/2

                 = 10 ft

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The complete question is:

A wave with a height of 10 feet and a wavelength of 20 feet has a wave base of _____.

A. 40 feet

B. 10 feet

C. 5 feet

D. 20 feet​

The river in Wrangell, St. Elias National Park, Alaska is probably characterized by braided streams. Therefore, the correct option is C.

This is because braided streams are commonly found in areas where the slope is steep, the sediment load is high, and the discharge is variable. The Wrangell-St. Elias National Park is known for its rugged and mountainous terrain, which makes it more likely to have steep slopes.

The rivers in this area also experience significant seasonal variations in flow and sediment load, which can cause the formation of braided channels. Meandering streams, on the other hand, are characterized by gentle slopes and low sediment loads, which are not typically found in mountainous areas like Wrangell-St. Elias. Trellis and dendritic patterns are also unlikely since they typically occur in areas with a more uniform topography.

Hence, the correct answer is option C: braided streams.

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The conditions necessary for the formation of stratiform clouds are a lifting action and unstable, moist air. Here option C is the correct answer.

The term stratiform refers to a flat, layered, and continuous horizontal cloud layer. Stratiform clouds usually form over large areas, with a relatively consistent cloud base height and thickness. They often cover the entire sky and can generate rain or snow over a broad area.

Stratiform clouds are formed under specific conditions. A lifting action, like that caused by a front or an air mass, is required. A stable atmosphere may prevent cloud formation by limiting the upward flow of air, but an unstable atmosphere allows for vigorous upward air movement.

Moist air is necessary for cloud formation since the moisture evaporates and rises, forming clouds. Thus, the conditions necessary for the formation of stratiform clouds are a lifting action and unstable, moist air. Therefore, option C is correct.

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Answer:

To the extent where those contrys dont have the money to fix the damage and there country's become very poor and hungry

Answer:

Paleoclimatologists use a variety of methods from Earth and life sciences to obtain data previously preserved within rocks, sediments, boreholes, ice sheets, tree rings, corals, shells, and microfossils. Combined with techniques to date the proxies, these paleoclimate records are used to determine the past states of Earth's atmosphere.

Explanation:  The study of ancient climates helps us understanding how the climate system works--and how it might change in the future. Geologic records going back millions of years show that natural patterns, like shifts in Earth's orbit, can steer dramatic changes.

1. After the holes were punched in the material covering the beaker, the colored water began to rise up and out of the small beaker and spread through the cold water in the large beaker. The pieces of paper, which initially were floating on the surface of the cold water, gradually moved away from each other, some in towards the small jar and others out towards the edges of the large beaker.

2. The large beaker represented the tectonic plates and the small beaker represented the asthenosphere of the mantle.

3. The model's tectonic plates moved apart from each other. The model represented a divergent plate boundary, in which two plates move away from each other due to convection currents. The convection currents in the mantle cause hot rock to rise up and escape through the holes, pushing the two plates away from each other. As the hot rock continues to rise and escape, more separation occurs.

4. This lab was a decent model of the movement of Earth's tectonic plates and its convection currents. It adequately showed the process of convection currents, where hot material rises and escapes, pushing the plates away from each other. However, it did not model some geologic factors, like the actual speed, temperature, and pressure of the convection currents, as well as the actual shape and structure of the underlying lithosphere.

Volcanologists have estimated that about 275,000 people have died by volcanic activity in the past 500 years. This number includes both direct and indirect deaths caused by volcanic eruptions.

Direct deaths are those caused by the physical effects of the eruption, such as lava flows, pyroclastic flows, and ash fall. Indirect deaths are caused by secondary effects such as famine, disease outbreaks, and mudflows triggered by volcanic activity.

The number of deaths caused by volcanic eruptions varies greatly depending on the severity and location of the eruption. Some of the deadliest volcanic eruptions in history include the eruption of Mount Tambora in Indonesia in 1815, which killed an estimated 71,000 people, and the eruption of Mount Pelée in Martinique in 1902, which killed approximately 30,000 people.

In recent years, advances in technology and monitoring systems have allowed volcanologists to better predict and prepare for volcanic activity, potentially reducing the number of fatalities. However, volcanic eruptions remain a serious threat to communities living in close proximity to active volcanoes. It is important for governments and local authorities to have effective evacuation plans in place and for individuals to be aware of the risks and take necessary precautions.

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A research hypothesis on drought is a statement that predicts the relationship between drought and one or more other variables.

In order to develop a research hypothesis concerning drought, it is crucial to gain an understanding of the factors that contribute to drought occurrences. A multitude of reasons can lead to the occurrence of the intricate event known as drought.

By gaining knowledge about the factors behind droughts, you can then establish a theory to investigate through research. The hypothesis developed for your research must be precise and measurable to facilitate its experimentation. Your hypothetical statement for research must be verifiable. Your research proposition must be pertinent to the area of investigation.

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Answer:

Government directs and controls the production of goods.

Explanation:

There are numerous different types of economic systems, and in pretty much all cases they are the direct product of the political system in a country. One of the economic types is the command economy. This economic system is typical for communist societies and while it has been widely distributed during the 20th century, nowadays it has lost of lot ground.

prThe command economic system is an economic system that is totally controlled by the government. The government is doing all of the planning, directs, and controls all of the production of goods, but also how much of the goods the people are allowed to have. The basic idea of this economic system is to be selfsustaining, but in practice, it has proven to be highly inefficient and disastrous. Good examples of how this economic system functions were the Soviet Union, Maoist China, and at present North Korea and Cuba.

Fjords, glaciated valleys, and horns are all erosional types of landforms, created when a glacier cuts away at the landscape.

A glacier is a large, slow-moving mass of ice that forms when snow accumulates over time and undergoes compaction. Glaciers are found in areas where the temperature remains below freezing for a significant portion of the year, such as high mountain ranges or polar regions. They play a crucial role in shaping the Earth's landscape and have a profound impact on the environment.

Glaciers are capable of eroding the land through the process of glaciation, carving out valleys, fjords, and cirques. As they move, glaciers transport rocks, sediments, and debris, leaving behind distinct landforms like moraines and drumlins. They also contribute to the formation of lakes and rivers through melting.

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Complete Question:

What happens to the land surface when large ice sheets melt away?

Answer:

yeah liberty that's right

Answer:

Volcanoes are mostly around the border of the tectonic plates .

Answer:freshmen or junior

Explanation:

got it right

As per the rule of probability, the Event A' will be consisting of freshmen or seniors.

As per the probability, an event is regarded as the chances of drawing the contents such event consist of. Similarly, an Event' is the probability of all the other items remaining in the event.

Hence, the probability of the Event A' consists of freshmen or seniors.

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The nearest star to our solar system is Proxima Centauri and if we traveled at the speed of light we would get there after 4.25 years.

Proxima Centauri is the nearest star to our solar system and it is located around 40,208,000,000,000 km away.

If we were to travel to it at the speed of light, we would get there in:

= Distance to Proxima Centauri / Light travelling distance per year

= 40,208,000,000,000 / 9,460,730,474,334 km/ year

= 4.25 years

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The planet produces heat energy . The temperature rises as you move deeper. Temperatures soar to 750°C about 25 km below the surface, and are reportedly 4,000°C near the core.

Heat energy is produced by the planet. Moving deeper causes the temperature to increase. At 25 kilometers below the surface, temperatures at the core are thought to be 4,000°C. Hot springs have been used by people since antiquity, and we currently use geothermal technology to heat our apartments. Geysers, earthquakes, and volcanic eruptions are all indications of the Earth's core power source.

The term "radioactive decay" refers to the method by which Earth generates heat. It involves the breakdown of naturally occurring radioactive materials within Earth, such as uranium, for instance. Because it generates heat during its disintegration, uranium is a unique type of element. This heat prevents Earth from entirely cooling off.

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Answer:

100m is 24.5°C,

1500m is 17.5°C,

2000m is 15°C.

Explanation:

To calculate the temperature at different altitudes using the given humid adiabatic gradient, we'll use the formula:

T2 = T1 - (gradient * (altitude2 - altitude1))

Given:

Surface temperature (altitude1) = 25°C

Humid adiabatic gradient = 0.5°C/100m

Let's calculate the temperatures at the specified altitudes:

At 100m:

altitude2 - altitude1 = 100m - 0m = 100m

T2 = T1 - (gradient * (altitude2 - altitude1))

T2 = 25°C - (0.5°C/100m * 100m)

T2 = 25°C - 0.5°C

T2 = 24.5°C

At 1500m:

altitude2 - altitude1 = 1500m - 0m = 1500m

T2 = T1 - (gradient * (altitude2 - altitude1))

T2 = 25°C - (0.5°C/100m * 1500m)

T2 = 25°C - 7.5°C

T2 = 17.5°C

At 2000m:

altitude2 - altitude1 = 2000m - 0m = 2000m

T2 = T1 - (gradient * (altitude2 - altitude1))

T2 = 25°C - (0.5°C/100m * 2000m)

T2 = 25°C - 10°C

T2 = 15°C

Therefore, the temperature at 100m is 24.5°C, at 1500m is 17.5°C, and at 2000m is 15°C. These values are obtained by subtracting the appropriate temperature change (determined by the humid adiabatic gradient) from the initial temperature at the surface.

If we were to assume that a lifting mechanism were present, this sounding will support the formation of severe thunderstorms.

For a thunderstorm to happen, three conditions need to be met. Moisture, instability, and lifting are them. In general, for a surface-based thunderstorm to develop, the surface dewpoint must be 55 degrees Fahrenheit or higher. Air in the lower layers of the atmosphere can rise to the upper levels of the atmosphere due to instability.

Without instability, deep convection and thunderstorms cannot form in the atmosphere. One of the names for lift is trigger mechanism. Numerous lifting mechanism exist. The air is made to rise by all of these processes. Storms frequently begin to form in the area with the largest concentration of these lift mechanisms. Instability and moisture must also be taken into account.

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Most deserts occur at approximately 30° latitudes. Because cool dry air descends at 30° latitude.

However, by the time it gets to around 30 degrees north and south latitude, it's chilly enough to settle back to the surface. Drier circumstances result from the high pressure (H) that is produced. These latitudes are home to the majority of the planet's deserts.

The horse latitudes are subtropical areas distinguished by calm breezes and low rainfall. Regions known as the horse latitudes are those that are around 30 degrees north and south of the equator. Little precipitation and calm winds are characteristics of these latitudes.

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Use the drop-down menus and what you have learned about potassium-argon dating to complete the sentences.

Radioactive dating can be compared to an hourglass, with the

✔ unstable

elements on the top.

Scientists compare

✔ parent and daughter elements

in the rock to determine its age.

Potassium-argon dating is ideal for dating

✔ igneous

and

✔ ancient

rock.

Answer:

Explanation:

Answer:

To familiarize themselves with the area of study. -To enable them draw a route map. -To enable them a works schedule/plan activities. -To enable them identify suitable methods of data collection.

Explanation:

Zooplankton is the most abundant animal found in the pelagic zone.

The bottom of the coast has nothing to do with the pelagic zone, which is a region of a lake, river, or ocean. Throughout their entire lives, the species that live in the pelagic zone never come in contact with the shore or the ocean floor. Nutrients are insufficient in the pelagic zone.

All water in the ocean or open sea that is not immediately adjacent to the shore or the ocean floor is considered to be in the pelagic zone. In contrast, the demersal zone is made up of water that is in close proximity to (and has a significant impact on) the coast or the ocean floor.

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The triangles  ΔABC, ΔFGE, and ΔPQR are congruent according to the SAS criterion. The correct option is E.

In geometry, two figures or objects are said to be congruent if their shapes and sizes match, or if one is the mirror image of the other.

We have the criteria for congruence SAS.

That means, side-angle-side.

That means, two sides and one angle are similar.

In ΔLMN,

two angle and one side is similar.

That is not the criteria of SAS.

And In the triangles,

ΔABC, ΔFGE, and ΔPQR.

The property is side-angle-side are similar.

That means,

ΔABC, ΔFGE, and ΔPQR are congruent.

Therefore, ΔABC, ΔFGE, and ΔPQR are congruent.

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Answer:

It is C if im correct.

Explanation:

As the Minister of the Department of Environmental Affairs, I would implement early warning systems, public awareness campaigns, land-use planning, infrastructure resilience, international cooperation, ecosystem-based approaches, and efficient emergency response to address the negative impact of tsunamis.

As the Minister of the Department of Environmental Affairs, if faced with the negative impact of tsunamis, I would implement the following measures to address and mitigate their effects:

1. Early Warning Systems: Enhance and expand early warning systems to ensure timely and accurate detection of tsunamis, allowing for prompt evacuation and preparedness measures.

2. Public Awareness and Education: Develop comprehensive public awareness campaigns to educate coastal communities about tsunamis, their signs, and appropriate response measures, ensuring communities are well-informed and prepared.

3. Land-use Planning and Coastal Management: Implement stringent land-use planning and coastal management policies to regulate development in vulnerable coastal areas, considering factors such as elevation, natural buffers, and evacuation routes.

4. Infrastructure Resilience: Invest in infrastructure resilience, including constructing tsunami-resistant buildings, seawalls, and coastal defenses to mitigate the impact of tsunamis on infrastructure and minimize damage.

5. International Cooperation: Strengthen collaboration with international organizations, neighboring countries, and regional initiatives to share knowledge, data, and best practices for tsunami monitoring, preparedness, and response.

6. Ecosystem-based Approaches: Protect and restore coastal ecosystems, such as mangroves and coral reefs, which can act as natural buffers and reduce the force of tsunamis, thereby minimizing their impact on coastal communities.

7. Emergency Response and Recovery: Develop robust emergency response plans and allocate resources for efficient emergency response and post-tsunami recovery efforts, including medical assistance, humanitarian aid, and rebuilding infrastructure.

By implementing these measures, I aim to enhance resilience, reduce the negative impact of tsunamis, and safeguard the lives and livelihoods of coastal communities.

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The term that describes the loss of glacier by iceberg formation is calving.

Glaciers are large bodies of ice that flow over land or sea. As they flow, they grind away at the land beneath them, and they also break off into smaller pieces called icebergs.

Calving is a natural process that happens when the weight of the glacier becomes too great, and the ice breaks off at the edge of the glacier.

The other terms listed are not as accurate. Sublimation is the process of ice changing directly from a solid to a gas, without going through the liquid state.

Melting is the process of ice changing from a solid to a liquid. Both of these processes can contribute to the loss of glacier mass, but they are not the same as calving.

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Answer:

y = 4/5x -9 !!

Explanation:

you would use slope intercept form !!

Look at the image.. !

You put the slope where the m is, and the y intercept where the b is !!

I hope this helped !! :D

The metal allow that makes up the inner core of the earth is denser compared to the rocky mantle.

The Earth's core is the dense, innermost part of the planet's structure, composed mostly of iron and nickel and about 1,200 kilometers (745 miles) in diameter. The temperature of the inner core is believed to be around 5,500°C (9,932°F), hotter than the surface of the Sun. The outer core, on the other hand, is a liquid layer that is less dense than the inner core. It is also made up mostly of iron and nickel, with a small percentage of lighter elements.

The flow of material in the outer core is believed to generate the Earth's magnetic field, which protects the planet from harmful solar wind and cosmic radiation. The mantle is situated between the Earth's crust and its core. It is made up mostly of solid rock, although it contains pockets of magma and is partially melted in certain areas. The lithosphere, which includes the crust and the uppermost part of the mantle, is broken up into tectonic plates that move and interact with one another, causing earthquakes, volcanic eruptions, and the formation of mountains.

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