V. If there is an international dateline in between place A and place B, when it is Monday at place A what will be the day at place B. A. Wednesday B. Saturday C. Tuesday D. Sunday​

Answer:

mountains / mountain ranges.

Answer: B

Explanation: Mountains are often used as natural boundaries. For example, the Pyrenees mountains between Spain and France and the Appalachian mountains.

The incorrect statement about natural boundaries is that mountains are never used as boundaries. In fact, mountains, along with other natural features like rivers, oceans, and deserts, are often used as geographical boundaries.

The statement that is NOT true about natural features such as mountains, rivers, oceans, and deserts being used as boundaries is option B) mountains are never used for boundaries. In geography, natural features like mountains, rivers, oceans, and deserts are often used as boundaries. For example, the Andes Mountains form a natural boundary between Argentina and Chile.

Furthermore, it's valid that water boundaries can change over time due to natural erosion or drainage (option A), and natural boundaries historically provided protection for people and goods (option C). Oceans do indeed act as some of the largest natural boundaries (option D).

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During the collapse of the solar nebula, a process that led to the formation of our solar system, several events took place. Among the given options, concentrating denser materials nearer the Sun (a) did not occur during this phase.

Instead, this happened during the process of differentiation, which followed the collapse. During the collapse, the solar nebula experienced heating up (b) due to the gravitational potential energy being converted into thermal energy. Additionally, it started spinning faster (c) because of the conservation of angular momentum. To summarize, the event that did not occur during the collapse of the solar nebula is concentrating denser materials nearer the Sun.

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Answer:

B and C are the best answers.

Explanation:

The fact that fossils of one species are found on all four continents supports the idea that all the continents were once joined together, as the animals could walk all over pangaea without crossing any oceans.

Similar mountain ranges found in different continents supports the idea that these continents were once joined together.

Answer:

b and c is the answer

Explanation:

i just did this on AP3X

Answer: Lake Baikal holds a fifth of the world’s supply of freshwater

Explanation:

"I'm dying of thirst!"

Well, you just might. It sounds so simple. H2O - two parts hydrogen and one part oxygen. This substance also known as water, is one of the most essential elements to health and is so important that your body actually has a specific drought management system in place to prevent dehydration and ensure your survival. Water might be everywhere, but one must never take it for granted.

Water makes up more than two thirds of human body weight, and without water, we would die in a few days. The human brain is made up of 95% water, blood is 82% and lungs 90%. A mere 2% drop in our body's water supply can trigger signs of dehydration: fuzzy short-term memory, trouble with basic math, and difficulty focusing on smaller print, such as a computer screen. (Are you having trouble reading this? Drink up!) Mild dehydration is also one of the most common causes of daytime fatigue. An estimated 75% of Americans have mild, chronic dehydration. Pretty scary statistic for a developed country where water is readily available through the tap or bottle water.

Dad and sonWater is important to the mechanics of the human body. The body cannot work without it, just as a car cannot run without gas and oil, or EV without electricity. In fact, all the cell and organ functions that make up our entire anatomy and physiology depend on water for their functioning.

Water serves as a lubricant to your body

Water serves as a lubricant in digestion and almost all other body processes. The water in our saliva helps facilitate chewing and swallowing, ensuring that food will slide easily down the esophagus. Water also lubricates our joints and cartilages and allows them to (pardon the pun) move more fluidly. When dehydrated, the body rations water away from the joints. Less lubrication equals greater friction and that can cause joint, knee and back pain potentially leading to injuries and arthritis. Even our eyeballs need plenty of lubrication to work well and remain healthy.

Water regulates your body temperature

Our bodies can control over-heating through perspiration from sweat glands in the skin and from evaporation which produces a cooling effect. Blood is also routed into areas close to the surface of the skin where it can be cooled and then carried back to the interior of the body. Conversing in a cold environment, the skin maintains proper body temperature by shunting the blood away from the exterior surface thereby conserving heat within the body. The movement of water within our cellular systems also transports vital blood plasma which is 92% made of water. Blood plasma play a critical role in buffering the body’s pH, circulating antibodies from the immune system, and regulating osmotic balance which all helps to maintain proper body temperature. Moreover, dehydration limits cardiovascular and thermoregulatory responses. This could lead to an increase of core temperature.

Quito, the capital city of Ecuador, is located in South America. It is situated in the northwestern part of the continent, in the Andes Mountains. Quito lies very close to the equator, making it one of the closest capital cities to this imaginary line that divides the Earth into the Northern and Southern Hemispheres.

Specifically, Quito is located at a latitude of approximately 0.23° South, which is just slightly south of the equator. This means that the city is in the Southern Hemisphere. Quito is also positioned near other significant geographical landmarks, including the Tropic of Cancer, which is located approximately 23.5° north of the equator, and the Tropic of Capricorn, which is situated approximately 23.5° south of the equator.

In terms of longitude, Quito is situated approximately 78.5° West. This means that the city is to the west of the Prime Meridian, which is the line of longitude that passes through Greenwich, London, and serves as the starting point for measuring longitude. Quito's location at this longitude places it in the Western Hemisphere.

To summarize, Quito is located in South America, near the equator, in the Southern Hemisphere, and to the west of the Prime Meridian. It is surrounded by the Andes Mountains and is in close proximity to the Tropic of Cancer and the Tropic of Capricorn.

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A. 1) The South American Plate is moving westward. B. 1) The Nazca Plate is primarily composed of oceanic crust. C. 1) The Nazca Plate is subducting along the Andean convergent boundary.

A. 1) The South American Plate is moving westward.

The South American Plate is currently moving in a westward direction. This movement can be observed by analyzing the boundaries and movements of major lithospheric plates, as depicted in Figure 2.18 of Tarbuck and Lutgens or other relevant maps available online.

B. 1) The Nazca Plate is primarily composed of oceanic crust.

The Nazca Plate predominantly consists of oceanic crust. This type of crust is denser and thinner compared to continental crust, and it forms the bedrock of the ocean basins.

C. 1) The Nazca Plate is subducting beneath the South American Plate along the Andean convergent boundary.

At the boundary where the Nazca Plate and the South American Plate meet, a subduction zone is formed. The Nazca Plate is moving towards the South American Plate, and as a result, it is subducting beneath it. This interaction has led to the formation of the Andes Mountains, a prominent mountain range that runs along the western coast of South America.

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Smaller earthquakes that follow the main earthquake are known as aftershocks.

Aftershocks are caused by the same geological processes that caused the main earthquake, as the Earth's crust adjusts to the shift in the tectonic plates. Aftershocks can occur within minutes or even months after the main earthquake, and they can range in magnitude from barely noticeable to strong enough to cause additional damage.

The frequency and intensity of aftershocks can vary depending on the size and location of the main earthquake. Large earthquakes tend to have more and stronger aftershocks, while smaller earthquakes may only have a few or none at all. Aftershocks can also occur in clusters, with a period of intense activity followed by a tapering off.

Aftershocks can be dangerous because they can cause further damage to buildings and infrastructure that has already been weakened by the main earthquake. In addition, they can cause further trauma and stress for those who have experienced the main earthquake and are trying to recover.

To minimize the risk of damage and injury from aftershocks, it is important to follow earthquake safety protocols, such as staying away from damaged buildings and structures, securing loose objects, and being prepared for potential aftershocks by having a plan in place and emergency supplies readily available.

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Answer:

Mouna Loa

Explanation:

Mauna Loa is one of five volcanoes that form the Island of Hawaii in the U.S. state of Hawaii in the Pacific Ocean. The largest subaerial volcano in both mass and volume, Mauna Loa has historically been considered the largest volcano on Earth, dwarfed only by Tamu Massif.

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Mouna Loa is the largest active volcano in the world. Thus, option C is the correct option.

One of the five volcanoes that make up the Island of Hawaii in the Pacific Ocean's U.S. state of Hawaii is Mauna Loa. In terms of both mass and volume, Mauna Loa is the greatest subaerial volcano and, until Tamu Massif was discovered, was thought to be the biggest volcano on Earth.

With its wide, rounded slopes, it resembles a shield volcano in every way. The volcano is 13,681 feet (4,170 m) above sea level and makes up around 51% of Hawaii Island.

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Answer:

china (Cuba has more hurricane resistance then earthquake)

Answer:

cuba

Explanation:

cuba emanates from the oriente fault zone which runs on the coast of cuba so they have more earthquakes and have to prepare more

Globalization is essentially the opposite of local diversity. This is because globalization makes culture much the same, and local diversity is different and unique. Hence the "pulling apart"  these two different cultures can cause on a person, or an entire society. An example of this can be demonstrated, for instance, in a remote tribe in the Amazon being exposed to globalized culture.

Answer:

thermic

Explanation:

just took the test

Answer:

This is because the temperature is higher in the upper part of the atmosphere. As water vapor condenses, it creates clouds, precipitation, and generally unsettled weather. Because air rises near areas of low pressure, this type of weather often occurs in lows.

Explanation:

Answer:

fossil record of dinosaurs

Explanation:

geologists used fossils, meteor rocks, and rocks to figure out that earth was 4.6 billion years old

Which of the following was used to figure out the age of the Earth?

\(\sf\purple{a) \:Zircon \:crystals.}\)

\(\red{\large\qquad \qquad \underline{ \pmb{{ \mathbb{ \maltese \: \: Mystique35}}}}}\)

Answer:

being exposed to a deadly virus

Explanation:

they work witch things like blood or other body fluids, nobody knows what's in the body in we find out. and with being an epidemiologist, it's your job to do such things

Answer:

its B

Explanation:

The population that describes the members who are usually solitary and tend to go their own ways are called dispersal populations.

Dispersal is the movement of people, animals, or plants from one region to another, usually with the intention of colonizing a new area. Animals and plants are both able to disperse, although the mechanisms by which they do so vary widely and are influenced by environmental and genetic factors.

Dispersal populations are those in which the population members are typically solitary and go their own ways. Many species have dispersal populations, and this feature is critical for the survival of some populations.

For instance, if a population is wiped out in one location due to disease or natural disasters, individuals from other locations can move in to repopulate the area and maintain genetic diversity. The factors that influence the creation and distribution of dispersal populations include habitat availability, climate, food resources, and population density.

For example, if an area has limited resources, it may be beneficial for animals or plants to spread out to find new food sources. Similarly, if an area is experiencing environmental change, dispersal may help species adapt to new conditions.

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The primary structural difference between open-pit and strip mines is the shape of the excavation. Open-pit mines involve digging a large, deep pit, while strip mines involve the removal of a strip of land to access the mineral deposit.

Open-pit and strip mines are two types of surface mining methods that are commonly used to extract minerals from the earth's surface. The primary structural difference between these two mining methods is the shape of the excavation.

Open-pit mining involves the excavation of a large, deep pit in the ground, where minerals are extracted from the earth's surface by removing overburden and digging down to the ore body. This type of mining method is used when the minerals are close to the surface, and the ore body is large and relatively flat.

Strip mining, on the other hand, involves the removal of a strip of land that contains the mineral deposit. The overlying rock and soil are removed to expose the mineral, and the extracted material is then transported to a processing facility. Strip mining is used when the mineral deposit is located in a relatively narrow and long strip, and the overlying rock and soil are easily removed.

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1. The null hypothesis is  H0: μ ≤ $24,000 and the alternative hypothesis is HA: μ > $24,000.

2. The average claim size for Hurricane Andrew is greater than the historical average hurricane claims of $24,000 with 99% confidence.

The null hypothesis for this experiment is that the average claim size is equal to or less than the historical average hurricane claims of $24,000. The alternative hypothesis is that the average claim size is greater than $24,000.

To test the hypothesis at the 0.01 level, we need to calculate the test statistic and compare it with the critical value.

The formula for the test statistic is:

t = (x - μ) / (s / √n)

Where:

Substituting the values, we get:

t = (27,500 - 24,000) / (2400 / √84) = 7.427

Using a t-distribution table with 83 degrees of freedom and a 0.01 level of significance, the critical value is 2.500.

Since the calculated test statistic (7.427) is greater than the critical value (2.500), we can reject the null hypothesis.

Therefore, we can conclude that the average claim size for Hurricane Andrew is greater than the historical average hurricane claims of $24,000 with 99% confidence.

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Answer: president Thomas Jefferson

Explanation:

El Nino means to Little Boy in Spanish. South American fishermen were aware of long periods of unusually warm Pacific Ocean water in the 1600s.

Our weather is significantly impacted by El Nino. The warmer waters cause the Pacific jet stream to diverge south of its normal position. As a result of this trend, the northern U.S. and Canada are experiencing drier and warmer weather than usual. However, the Southeast and Gulf Coast regions of the United States are seeing greater flooding at this moment due to the unusually rainy weather.

Additionally, marine animals along the Pacific Ocean are significantly impacted by El Nino. In normal conditions, upwelling brings cold, nutrient-rich water from the bottom to the surface. El Nino reduces upwelling or causes it to stop totally. When the nutrients from the deep are gone, the phytoplankton off the beach decreases. El Nino causes a decline in the trade winds. Warm water rushes from the east to the west coast of the Americas.

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The eastern shore of Hudson Bay in Canada  is Earth's oldest known rock located.

Canada is home to the oldest known rock on Earth.Canada is home to the Acasta Gneiss, the oldest known rock on Earth. The Acasta River region of the Northwest Territories of Canada is home to the Acasta Gneiss.Life-supporting planet in the solar system is Earth. This is the only planet where life is possible because of the living conditions that ensure water supply

It is the oldest known rock in its entirety and is estimated to be 4.03 billion years old. The geological past and origins of the Earth are illuminated by the Acasta Gneiss. Much thanks to you for drawing out the blunder.

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The study of dental morphology and genetic anomalies of teeth can help archaeologists determine if two individuals were related or not. It also provides insight into their diet, lifestyle, and overall health.

Teeth are an incredibly durable part of the human body and can provide a wealth of information even long after death. Dental morphology is the study of the form and structure of teeth, including their size, shape, and arrangement. It can reveal information about the age, sex, and even the diet of individuals in the past. Genetic anomalies of teeth are variations in the normal structure of teeth that can be inherited or caused by environmental factors. These anomalies can also provide information about an individual's ancestry and overall health.

The analysis of dental morphology and genetic anomalies of teeth is particularly useful in cases where other skeletal remains are incomplete or poorly preserved. By examining the teeth, archaeologists can reconstruct a more complete picture of past populations and their relationships.

Overall, the study of dental morphology and genetic anomalies of teeth is an important tool for archaeologists to better understand the past. This was all about the study of dental morphology, genetic anomalies of the teeth, can help archaeologists determine if two individuals.

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Answer:

info for u

Explanation:

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Answer: Your ugly

Explanation: Your mom

Answer:

23%

Explanation:

IT was BIG

Lateralization is the ability to recognize faces with the right hemisphere but not with the left hemisphere.

Any impairment to a specific area of the brain will also affect the function associated with that area. Lateralization is the ability to recognize faces with the right hemisphere but not the left.

Human brains have left and right hemispheres. Both of them are connected by the corpus callosum, a group of nerve fibers located in the middle of the brain. Lateralization of brain function is the concept that distinct parts of the brain handle specific functions. For instance, it's believed that various brain regions are in charge of controlling language, forming memories, and controlling movement.

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Answer:

remote sensing

Explanation:

Remote sensing is the acquisition of information about an object or phenomenon without making physical contact with the object, in contrast to in situ or on-site observation. The term is applied especially to acquiring information about Earth and other planets.

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