Match each description with the type of artwork it describes.
help

Answer:

B

Explanation:

Since the beginning of the Industrial Revolution, these human influences on the climate system have increased substantially. In addition to other environmental impacts, these activities change the land surface and emit various substances to the atmosphere.

The Zeerust local municipality use GIS in planning and the implementation of their policies​ by Spatial Data Management, Planning and Land Use Management, Infrastructure Management, Emergency Management and Disaster Response and Environmental Planning and Conservation.

GIS is a powerful tool for municipalities that allows them to collect, manage, analyse, and visualise geographic data.

GIS can help with the efficient management and organisation of geographical data linked to land use, infrastructure, zoning, demography, natural resources, and other topics.

GIS can help with land use planning by overlaying several layers of data such as property parcels, zoning rules, environmental factors, and transportation networks.

Infrastructure administration: Geographic information systems (GIS) can help with the administration of municipal infrastructure, such as water supply, sewage systems, roadways, and public facilities.

Emergency Management and Disaster Response: Geographic information systems (GIS) can play an important role in emergency management by providing real-time situational awareness during disasters or emergencies.

GIS can help with environmental planning and conservation by identifying and managing environmentally sensitive regions.

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Scientists study pollen grains to help them understand climate change by analyzing and making inferences about them. Option A is correct.

Pollen grains have a unique structure and composition that makes them useful indicators of past environmental conditions, such as temperature and precipitation. By analyzing the pollen grains found in sediment cores or other sources, scientists can reconstruct past climates and understand how they have changed over time.

One common method is to identify and count pollen grains from different plant species in a sample, which can provide information about past vegetation and changes in temperature and precipitation.

Scientists may also use isotopic analysis or other techniques to extract additional information from the pollen grains, such as the timing of certain events or the source of the pollen.

Overall, studying pollen grains is an important tool for scientists to gain insight into past climate change and make predictions about future climate patterns.

The complete question is:

How do scientists study pollen grains to help them understand climate change?

A) by analyzing and making inferences about them.

B) by observing and listing facts about them.

C) by studying and reading more about them.

D) by writing hypothesis about them.

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Answer: I think it's competitive market economy

Explanation:

Answer:

Over population is when there is too much people in one place that the people get too crowded to move and gets unhealthy.

Asia is very over populated and places like china can be very crowded.  If you have ever seen a picture of streets in beijing, the people are packed together.

Answer: The is the  Triassic Era

Explanation: I took the test

Answer:

Risk of dieing as the o2 tank could run out

Answer: No natural light penetrates at the depth of the trench and temperatures are only a few degrees above freezing. The water pressure at Challenger Deep is an astounding 1,000 times greater than the pressure at sea level. Yet despite the crushing pressure, frigid cold, and eternal darkness, life manages to exist.

Explanation: Even though National Geographic Explorer-in-Residence James Cameron successfully piloted a submersible —the DEEPSEA CHALLENGER —on the first solo dive to the deepest known part of the Earth’s ocean on March 26, 2012, the expedition was not without difficulties.

Answer: the answer is true

Answer: true

Explanation:

The cost of painting the curved surface of the pillar at the rate of $12.50 per cm² is  $543,750.

Curved surface area (CSA) is the total area of all the curved surfaces of a three-dimensional object. It is different from the object's total surface area, which includes both curved and flat surfaces. CSA is important in determining the amount of material needed to cover a curved object and can be calculated from the object's surface area and total surface area. For example, a sphere has a total surface area of 4πr², but its curved surface area is 4πr², since the entire surface is curved.

The total area of the curved surface of the cylinder is given by A = 2πrh, where r is the radius and h is the height.

Therefore, the area of the curved surface of the cylinder is A = 2π(25 cm)(350 cm) = 43500 cm².

The cost of painting the curved surface of the pillar is then $12.50 per cm² x 43500 cm² = $543,750.

It can be concluded that the cost of painting the curved surface of the pillar at the rate of $12.50 per cm² is  $543,750.

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Answer:

126 km far....

..............

The 1850 Act for the Government Protection of Indians did not Protect California Indians effectively, so the answer is the option I. Protect California Indians.

This law, which was passed in California in 1850, allowed for the indenture of Native Americans and placed them in a position of quasi-slavery. They were forced to work under harsh conditions and were often subject to mistreatment. It also allowed non-Indians to take control of their land, which was a significant problem for California Indians.

This law was aimed at addressing what the authorities saw as the "Indian problem" by forcing Native Americans to live in designated areas and take up farming, as well as requiring them to work for non-Indians without pay. The law aimed to strip California Indians of their land and resources, making them easier to control and suppress. As a result, the law did not effectively protect California Indians.

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Answer:

hey!

The longitude in Nairobi is 36.8219° E

Explanation:

So the difference in time zones is 2 hours (winter)

And 3 hours in the Summer.

Answer:

2

Explanation:

the equator is in the middle of the ball picture and 2 is pointing at it and plus i made a 100% on my test

The predominant winds—the trade winds—move from east to west on both sides of the equator over this 60-degree "belt" as a result of the Coriolis Effect and an area of high pressure. Hence option 2 is correct.

The trade winds, prevailing westerlies, and polar easterlies are the three dominant wind belts connected to these cells (Fig. 3.10). Only the circulation cells and winds in the Northern Hemisphere are depicted in Fig. 3.10.

The crews of sailing ships that relied on the winds during westward ocean journeys gave the trade winds their names.

Trade wind, a steady wind that originates in the intertropical convergence zone and flows from subtropical high-pressure bands westward and toward the Equator (ITCZ). Over the oceans, it is stronger and more reliable than over land, and it frequently results in onlyClear skies that make trade-wind islands famous tourist destinations or gloomy skies distinguished by thin cumulus clouds.

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Answer:

1) is Solar

2) is Nuclear

3) is Geothermal

Explanation:

HOPE THIS HELPS HAVE A NICE DAY MR. OR MRS. HAMMERHEAD :3

The Middle East is significant for energy creation in light of its plentiful oil and gas hold, a vital area for worldwide exchange, and savvy creation strategies. Energy trades give a critical commitment to the district's economies, impacting worldwide business areas and global relations.

The Center East is indispensable for energy creation because of its plentiful stores of oil and gaseous petrol, with nations like Saudi Arabia and Iran having huge stores. Its essential area works with productive energy transportation and conveyance between central consuming districts.

The site benefits from financially savvy creation strategies, guaranteeing serious valuing in the worldwide market. Center Eastern nations have put resources into the foundation to keep a steady creation limit, making it a solid energy source.

Energy sends out contributions essentially to their economies, supporting Gross domestic product development and government financial plans. Subsequently, the Center East's energy creation is essential in worldwide business sectors, influencing costs, exchange streams, and international elements.

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The Middle East is considered an important region for energy production due to its distinct geographical features and abundant natural resources.

It contains the world's largest oil reserves, so it includes a considerable portion of the world's net total. It serves as a connecting link between Europe, Asia, and Africa where the first two are huge energy consumers as well.

So its location is important for the smooth export of oil through various channels like pipelines and other means of transport. The Middle East is connected to important waterways, including the Arabian Sea, and the Red Sea.

This makes it easier for transportation to international markets. They have good expertise and technology which makes energy production efficient. Moreover, their production cost of oil and natural gas is cheaper compared to others.

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The additional data required to determine the location of the earthquake's epicenter on a map is the distance to the epicenter from at least two other locations.

To determine the location of an earthquake's epicenter, the distance to the epicenter from at least three locations must be determined. This is because the epicenter is the point on the Earths surface directly above the point where the earthquake originates and the distance to the epicenter can be calculated using seismic waves.

By measuring the time it takes for seismic waves to travel from the epicenter to multiple locations, the distance can be calculated using the speed of the waves.. With this information, the location of the epicenter can be triangulated using the three distances measured.

Therefore the additional data required to determine the location of the earthquakes epicenter on a map is the distance to the epicenter from at least two other locations.

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Explanation:

Overall, the indian government wanted to back up agricultural exports with infrastructure, institutional support, packaging, freight transport and providing market access to the international production system to transform the agricultural economy.

Answer:

Explanation:

Land reforms

Tenancy reforms

Regulation of higher rents

Provision of credit to rural farmers

Subsidies e.g Urea subsidy

Food security act 2013

Public distribution system

Minimum support price and Procurement pricing system

In the grand canyon, fossils in rock layers at the bottom of the canyon are older than those in layers closer to the top.


What is fossils?
Any preserved remains, perception, or trace of a once-living thing from a previous geological age is referred to as a fossil. Bones, shells, prosthetic limbs, stone imprints of animals or microbes, amber, hair, petrified timber, oil, coal, and DNA remnants are some examples. The fossil record is the collection of all fossils. Paleontology is indeed the study of fossils, including their age, formation method, and evolutionary significance. If a specimen is over 10,000 years old, it is considered a fossil. The oldest fossils date back 3.48 billion to 4.1 billion years. The discovery in the nineteenth century that certain fossils have been associated with specific rock strata led to the establishment of a geological timescale and also the relative ages of various fossils.

The fossils in the bottom layers seem to be older than those in the top layers. According to the principle of superposition, the oldest rock strata units are at the bottom and the younger daughter are at the top.

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Answer:

Seafloor spreading is a geologic course in which tectonic plates divided apart from each other creating new seafloor. The Statements that describe the cyclic nature of seafloor spreading are as follows; New oceanic crust is formed.

Answer:

Explanation:

The built environment touches all aspects of our lives, encompassing the buildings we live in, the distribution systems that provide us with water and electricity, and the roads, bridges, and transportation systems we use to get from place to place. It can generally be described as the man-made or modified structures that provide people with living, working, and recreational spaces. Creating all these spaces and systems requires enormous quantities of materials.

The nitrogen atom in pyridine is sp2 hybridized.

Hybridization occurs when the orbitals of an atom mix to form new hybrid orbitals with unique properties. The nitrogen atom in pyridine has three sigma bonds to other atoms and one lone pair of electrons, so it undergoes sp2 hybridization to form three sp2 hybrid orbitals.

These sp2 hybrid orbitals are involved in bonding with the carbon and hydrogen atoms of the pyridine molecule. The nitrogen atom in pyridine is planar, which is a characteristic of all six-membered aromatic heterocycles like pyridine.

The sp2 hybridization of the nitrogen atom in pyridine is important for understanding its reactivity, as well as its chemical and physical properties.

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When dissolved salts in water tables raise to the soil's surface and build up as water evaporates, salinization happens. The replacement of deeply rooted vegetation, like trees, with species with shorter roots, like grasses, frequently causes a rise in the water table.

The effectiveness of irrigation canals can be increased, salty drainage water can be captured and treated, desalination facilities can be installed, and more water can be pumped into aquifers as solutions. Crops can also be mulched to conserve water.

To combat salinization and raise agricultural output, use a variety of methods:

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Little to no oxygen and a lot of carbon dioxide tiny amounts of other gases, such methane and ammonia Water vapour was also released by volcanic activity, and this vapour condensed into seas atmosphere as the Earth cooled.

Water vapor and carbon dioxide made up the majority of the early atmosphere. The oceans were created when water vapor condensed. Oxygen levels rose and carbon dioxide levels fell as a result of photosynthesis.

Due to the low mass of hydrogen and helium, and these were abundant in the early Earth's atmosphere, these gases would have ultimately fled into space.

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Answer:   The gases present at the origin of the earth were believed to be nitrogen (N2), Carbon dioxide (CO2), water vapor (H20), and maybe some carbon monoxide (CO).

Explanation: The gases present at the origin of the earth were believed to be nitrogen (N2), Carbon dioxide (CO2), water vapor (H20), and maybe some carbon monoxide (CO). The gases aggregated to form amino acids hence the origin of the initial life forms.

Answer:

An island arc forms at a converging plate boundary where one oceanic plate sinks beneath another oceanic plate. A hot spot volcano forms in continental or oceanic crust where magma from the mantle erupts. Hot spot volcanoes often are far from plate boundaries.

Explanation:

and convergent plate boundaries is were oceanic crust is often forced down into the mantle where it begins to melt. Magma rises into and through the other plate, solidifying into granite, the rock that makes up the continents. Thus, at convergent boundaries, continental crust is created and oceanic crust is destroyed.

Even after a hurricane loses its hurricane-strength winds, the area can still be affected by flooding caused by heavy rainfall and storm surge.

While hurricane-strength winds can cause immediate and visible damage, such as uprooted trees and destroyed buildings, the aftermath of a hurricane can bring slower, longer-lasting damage in the form of flooding.

Heavy rainfall and storm surge can cause rivers and lakes to overflow, and low-lying areas to become inundated with water. This can lead to long-term damage to infrastructure and homes, as well as potential health hazards from standing water.

Additionally, the displacement of people from their homes and businesses can lead to economic hardships and long-term social impacts. Therefore, it is important to recognize the potential for prolonged flooding and plan accordingly for post-hurricane recovery efforts.

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To be classified as a planet, a celestial object must meet the following three requirements is 1)It must orbit the Sun 2) It must have round shape 3)  It must clear its orbit.

To be classified as a planet, a celestial object must meet the following three requirements is :

1. It must orbit the Sun. This means that the celestial object's path revolves around the Sun in a regular, elliptical pattern.
2. It must have enough mass to assume a nearly round shape. This is due to the object's gravity, which pulls the mass inward and causes it to take on a roughly spherical shape.
3. It must clear its orbit of other debris. This means that the object has to be the dominant gravitational force in its orbit, removing or capturing smaller objects that come near it.

These criteria were established by the International Astronomical Union in 2006 to define what constitutes a planet in our solar system.

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A. Sediments being deposited are represented by pouring a bowl of earth materials into a container of water. When material is poured, energy is used. The role of the energy is to help the sediments settle in the water. The sediment would have settled differently if it had been poured slowly because there would have been less energy involved in the process. Energy is required for sediment to be deposited.

B. If the container had been shaken on day 2 or 3, the sediment would have been mixed up and no longer arranged in layers. The sediment grains would not have settled into the same layering as they were before. This relates to what we see in sedimentary rocks at Earth's surface because rocks that are disturbed by forces such as earthquakes or landslides can become jumbled and no longer have their original layering.

C. Coarse grains are typically deposited in areas with high energy such as fast-moving rivers or near the mouth of a river where it meets the ocean. This is because coarse grains require more energy to move and settle than fine-grained sediments.

D. Sediment settles differently depending on the type of landscape and the energy involved. In a stream channel, sediment is often deposited in layers that are angled downstream due to the flow of water. In a lake, sediment is often deposited in layers on the bottom of the lake. In a desert environment, sediment is often transported by wind and deposited in sand dunes. Energy plays a role in sediment settlement because it determines how far the sediment can travel and how quickly it settles.

E. The repeated sequence of sandstone, shale, and limestone in marine rocks is due to the type of deposition that is occurring worldwide. Sandstone is deposited near the shoreline by rivers, shale is deposited in deeper water, and limestone is deposited in shallow water where carbonate-producing organisms live. This same sequence is repeated throughout the world's oceans because these environments are present worldwide.

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Answer:

Switzerland is a modern example of a confederation. The Constitution established a system that is a combination of both unitary and confederate systems.

Explanation: