What is the length of the missing leg?

Answer:

one-child policy

Explanation:

because when the population of China isb increased then

the government decided to introduced one-child policy&because of this many od the parents had orphaned or abundant thier children s

The most true statement among the possibilities is: "Kashmir's leader chose to join India instead of Pakistan."

The rivalry between India and Pakistan over the province of Kashmir dates back to British India's partition in 1947. At the time, princely states were given the option of joining either India or Pakistan depending on their geographical position, demography, and rulers' inclinations. Kashmir, a princely state with a Muslim majority but a Hindu king, found itself in a difficult predicament.

Hari Singh, the Maharaja (ruler) of Kashmir, first desired independence. However, in the midst of turmoil and tribal assaults from Pakistan, he requested military aid from India. In exchange, he consented to join India in October 1947.

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The Radical revolution has failed to protect the lower class and to maintain power in the lower class. The Revolution succeeded in achieving its many goals. Despite many failures in all French reforms it seeks to gain power, control and rights within France.

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The rate of deformation and the temperature are determining factors for whether a rock deforms in a brittle or ductile fashion.

The manner in which a rock deforms, whether brittle or ductile, depends on the rate of deformation and the temperature conditions. At low temperatures and high rates of deformation, rocks tend to deform in a brittle manner, undergoing fracturing and faulting. This is because the stresses exceed the rock's ability to undergo plastic deformation.

On the other hand, at higher temperatures and lower rates of deformation, rocks exhibit ductile behavior, undergoing plastic deformation through processes like folding and stretching. This is because elevated temperatures allow the rock to undergo internal rearrangement of atoms and exhibit greater flexibility. Therefore, the interplay between temperature and deformation rate determines whether a rock will deform in a brittle or ductile fashion.

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Population distribution reflects the particular regions economy by showing the pattern or the ways that people live.

This is the term that is used to refer to the patterns that people around the world live. The population distribution helps to show the way that people are spread out in a region and the areas of the world that we live in.

The population distribution that we have around the world today is not even. The areas of the world that people live in and the ones that are not habited are not the same. The inhabited areas are more than the areas that people live in.

Sparse distributions have less people that live in them, while the area that are densely populated have a lot of people that are living in these regions.

The densely populated areas have a better economy and vibrant economies than the areas that are sparsely populated.

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Answer:

The inner core is solid, the outer core is liquid, and the mantle is solid/plastic

Answer:

true

Explanation:

cause its true

The size of a wave is determined by three main factors: wind speed, duration of wind, and fetch.

Wind Speed: The speed of the wind directly affects the size of a wave. The stronger the wind, the larger the waves it can generate. Higher wind speeds create greater surface friction and transfer more energy to the water, resulting in larger waves.

Duration of Wind: The duration of wind blowing over a body of water is another crucial factor. Waves continue to grow as long as the wind persists. If the wind blows consistently for a prolonged period, it allows more time for the energy to transfer to the water, leading to larger waves.

Fetch: Fetch refers to the distance over which the wind blows uninterrupted over a body of water. A longer fetch allows waves to build up and gain more energy. As the wind blows over a larger stretch of water, waves have more time and space to develop and grow in size.

These three factors work together to determine the size of waves in a particular area. However, it's essential to note that other factors, such as water depth, current patterns, and underwater topography, can also influence wave size in specific regions.

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Answer:

The earliest known classification of climate, devised by the Greeks, simply divided each hemisphere into a mathematical climate of three zones, the "summerless," "intermediate," and "winterless," thus accounting only for the latitudinal differences in solar effect (the Greek word klima means "inclination").

Explanation:

sedimentary structures, fossils, cements, and other features of sedimentary rocks provide insight into the environment in immature and deposited close to the source.

Coal, fossil fuels, drinking water, and ores are just a few of the natural resources that can be found in sedimentary rocks. The primary source for knowledge of the Earth's history, including paleo geography, paleoclimatology, and the history of life, is the study of the sequence of sedimentary rock strata. Cross-beds, graded beds, and mud cracks are examples of sedimentary features that can help identify which way was up in the initial sequence of sediments. It is possible for tectonic forces to cause enough deformation in the crustal rocks to flip sedimentary rock beds on their sides. They can reveal a variety of deposition-related details, including flow direction and stratigraphic up-direction. The forces of fluid flow and sediment loads result in grooves called flute casts or scour marks.

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The ways to mitigate (minimize the effect) detrimental human impacts on the lithosphere and maximize sustainable use of natural resources is to Reduce, Reuse, and Recycle.

The three Rs of waste management can help minimize the amount of waste generated by humans. Reducing consumption, reusing items instead of buying new ones, and recycling materials are effective ways to conserve natural resources.

Sustainable agriculture practices, such as crop rotation, intercropping, and use of natural fertilizers, can help maintain soil health, reduce erosion, and promote biodiversity.

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The longer the vibration of a cepheid the further the star is away from Earth using the luminosity of the star. This statement is True.

Cepheid variable stars are pulsating stars that change in shine over a common course of time. Astronomers use the period-luminosity connection of Cepheid variable stars to calculate their distance from Earth when they are traveling in space and to calculate the age of planets

The period-luminosity connection states that there is a natural correlation between the duration of a Cepheid variable star's shine deviation and its absolute luminosity.  The longer the period of the pulsation determines the longer the distance from Earth.

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The statement is (option b.) False. The thickest layer of Earth is the mantle, which is made of solid rock, not molten rock.

The mantle is the thickest layer of Earth, making up around 84% of the planet's volume. It is composed of solid rock and is thought to be composed of peridotite, a mixture of the minerals olivine and pyroxene.

It is around 2000 km thick and has temperatures ranging from 1000 - 4000°C. The mantle is solid but can also flow slowly over time, due to the extreme heat and pressure. This slow flow is known as 'convection' and is thought to be the cause of the movement of tectonic plates.

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The primary source of water for a stream is from runoff, and this is called surface runoff.

Surface runoff is water that flows over the land surface and into the stream. Surface runoff is a major component of the hydrologic cycle, and it is the main source of fresh water for many streams, rivers, and lakes. Surface runoff is generated from precipitation, melting snow and ice, or from irrigation and other human activities.

Surface runoff is an important source of water for many ecosystems, and it is essential for maintaining a healthy aquatic environment. In addition to providing fresh water to streams and rivers, surface runoff also helps to replenish groundwater supplies, recharging groundwater aquifers and providing water for wells and springs.

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The moon lacks combustible substances Key Earthly volatile elements like potassium, sodium, and zinc are absent from lunar rocks.

The moon's surface is dotted with extinct volcanoes, swing holes, and magma streams, some of which are visible to a casual observer. Early astronomers hypothesized that the dull regions of the moon might be seas, or "oceans." One of the hypotheses that explains how the moon was formed in our solar system is the theory of the massive impact.

According to this idea, a cataclysmic collision between the Earth and a protoplanet billion years ago resulted in a disk of molten rock, gas, and debris that eventually gave rise to the moon. This protoplanet is around half the size of the earth.

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Answer:

we determined as levels below

Explanation:

the status become

A,B, & D

Answer:

5x

Explanation:

because

Answer: Solar sails use a phenomenon that has a proven, measured effect on astrodynamics. Solar pressure affects all spacecraft, whether in interplanetary space or in orbit around a planet or small body. A typical spacecraft going to Mars, for example, will be displaced thousands of kilometers by solar pressure, so the effects must be accounted for in trajectory planning, which has been done since the time of the earliest interplanetary spacecraft of the 1960s. Solar pressure also affects the orientation of a spacecraft, a factor that must be included in spacecraft design.

Explanation:

Im not good at this.

Answer:

B. Loss of jobs for American workers.

Explanation:

Loss of jobs for American workers is an implication of maquiladoras. Maquiladoras are factories located in Mexico that are owned by foreign companies, typically from the United States. These factories take advantage of Mexico's lower labor and production costs to manufacture goods that are then exported back to the United States and other countries. One implication of this system is that it can result in the loss of jobs for American workers, as companies move their production to Mexico in order to save money. This can have negative effects on the American economy and on workers who are displaced by the closure of factories in the United States.

Answer:

b

Explanation:

This illustration suggests that the Aztec civilization built complex structures using advanced technology.

The Aztecs were a Mesoamerican culture that flourished in central Mexico on the North American continent in the post-classic period from 1200 to 1521 A.D.

The Aztec people included different ethnic groups of central Mexico on the North American continent, particularly those groups who spoke the Nahuatl language and who dominated large parts of Mesoamerica from the 14th to the 16th centuries.

Even without the use of the wheel, the Aztecs were extraordinary great builders. Each man of this civilization would carry large baskets of building materials on their back with a strap across their forehead for stability. It’s also believed that the Aztecs used levers, and ropes to pull heavier loads, and primitive tools like chisels, stones, and blades were used also for construction.

A volcanic stone called tezontle was used to form the foundations of their construction since it was easy to cut and use. They also used materials like limestone and rubble for building and trading.

Hence, this illustration suggests that the Aztec civilization built complex structures using advanced technology.

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Answer:

Judaism:it has it's headquarters in Jerusalem

shinto:it has no god

Answer:

Jobs focused on providing services are part of the tertiary economic sector.

Explanation:

There are four economic sectors based on the activities that are performed by the people. The primary economic sector, secondary economic sector, tertiary economic sector, and quaternary economic sector are the four economic sectors, all of which have their own unique characterisitcs. The tertiary economic sector is characterized by providing services.

ng serIn this economic sector, the jobs focus on providing services for the customers, and this is a sector that tends to be dominant in the countries that are well developed or the countries that have no other choices than to get engaged in it in order to have income. The well-developed countries are dominated by this sector because in the primary and secondary ones they don't need much labor force because of the advancements in technology, plus this sector is highly profitable. The countries that depend almost exclusively on tourism for income, like the big portion of the island nations at and around the tropics, have almost all of their labor force engaged in tourismm thus providing services for the tourist.

The bank of a stream that is physically removing weathered materials along its edge is undergoing the process of erosion of soil.

Weathered materials such as soil, rock, or sediment are omitted from one location to another by the forces of water, wind, or ice during the erosion process. When a stream flows along its bank, erosion can happen because the water sweeps away loose soil and sediment, exposing the underlying rock.

The environment can be impacted by erosion in both positive and negative ways. On the one hand, it can move nutrients downstream and produce new habitats for aquatic organisms. However, it can also result in sedimentation, an increase in water turbidity, and a decline in water quality.  To maintain the health of streams and their ecosystems, erosion must be understood and controlled.

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Answer:

B

Explanation:

Answer:

The answer is B

Explanation:

Took the test and got it right!

I hope everybody does great on their finals,

Good luck!

God bless

The Torino scale is used to classify impacts and ranges from 0, which is no impact possibilities, to 10, which is classified as a global catastrophe.

Professor Richard P. Binzel of the Massachusetts Institute of Technology's (MIT) Department of Earth, Atmospheric, and Planetary Sciences developed the Torino Scale. The IAU adopted the Torino Scale in 1999 as a means of classifying potential Earth impact events. It is an integer scale with a color-coded range from 0 to 10, primarily used by the community of people who monitor the risk of an asteroid impact to facilitate public communication. By combining probability statistics and known kinetic damage potentials into a single threat value, it serves as a communication tool for astronomers and the general public to evaluate the seriousness of collision predictions of asteroids.

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To calculate the volume of precipitation per year or inflow rate, you need to first estimate the surface area of the ice caps and the depth of precipitation per year.

Once you have these values, you can multiply them together to get the volume of precipitation per year in km3/yr. For example, let's say the estimated surface area of the ice caps is 10,000 km2 and the estimated depth of precipitation per year is 1 meter. To calculate the volume of precipitation per year, you would multiply these values together: Volume of precipitation per year = surface area x depth of precipitation Volume of precipitation per year = 10,000 km2 x 1 meter Volume of precipitation per year = 10,000 km3/yr So the volume of precipitation per year for this example would be 10,000 km3/yr.

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