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When dealing with coordinates, it is very important to remember that 1 degree is about 60 miles. Also, latitude is North and South while longitude is West and East.

Latitude is based around the Equator, while longitude is based around the Prime Meridian. It is very good to know where these are on a map they are what the coordinates are based around.

It is also very beneficial to remember that the tropic of cancer (which is about at the latitude (North and South) of Mexico, Southern China, etc.) is at 23.5° N, while the tropic of Capricorn (South Africa, Central Australia, Northern Chile) is at 23.5° S.

The arctic and Antarctic circles are both at around 66.5° North and South respectively.

The International Date line (which goes through the center of the Pacific Ocean) is at 180° longitude.

So, since our first coordinate has an S, we know that it is going to be South of the Equator. It is further South than the Tropic of Capricorn since 34° is greater than 23.5°. These structures are going to be about 2040 miles South of the equator (60×34). This is also about halfway between 0 and 66.5 degrees, so it is about in the center of the Southern Hemisphere.

We also see that we are 151° E. This is closer to that International Date Line which goes through the center of the Pacific Ocean, which is a very large ocean. It is about 2000 miles away from it.

If you look at a map, you can see that the Tropic of Capricorn goes through Central Australia. We know that it is South of this tropic by about 660 miles, and it makes sense that it could still be in Australia because Australia is an enormous country. Australia is also very far East from the Prime Meridian in London, so this matches our 151° E coordinate.

This is probably in Southern Australia as it is 660 miles South the center. Most of Australia's population is in the Southern part of Australia, so it makes sense that there could be two structures here. The most notable Australian city is Sydney, so since we are being asked to find two structures just given the coordinates, they are most likely famous and Sydney is the most famous city in this area, this is most likely the location for our city.

What are very famous structures in Sydney? Well, the first one that comes to mind is the Sydney Opera House. Right next to it is the Sydney Harbour Bridge, which is the largest steel bridge in the world with arches. Since these are right next to each other and are two famous structures around these coordinates, these are most likely the two structures.

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Answer:

I think this is a answer

Answer: answer is D

Explanation: Because in the hydrolysis process it involves the mixture of two or more substances , and is the breakdown of a substance when combined with water chemically.

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The hydrolysis process works in chemical weathering and involves Water mixed with other elements to create chemicals. Thus the correct answer is D.

When molecules in rainwater and running water mix with minerals and rocks, it is called chemical weathering, and the result is a modification or degradation of the rocks and minerals.

Weathering can result from a response between rainwater and the elements in the rock. The greatest example of chemical weathering is when iron corrodes because of oxidation.

A compound is typically dissolved during hydrolysis, which is the combination of an organic molecule with water to generate two or more new compounds. It will be illustrated via the transformation of cellulose into glucose units.

Therefore, option D Water mixes with other elements to create chemicals is appropriate.

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Answer:

B

Explanation:

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Answer: B.

Explanation: hope this helps

Answer:

whats the question???

Explanation:

Answer:

Umm...sorry i don't think i can help you because this homework is given from your book

Answer:

The phases change as the moon revolves around Earth, different portions of the moon's sunlit surface are visible from Earth. Thus, from the perspective of Earth, the appearance of the moon changes from night to night. Not only does the apparent shape of the moon change, its position in the sky also changes.

Answer im not sure but i think its would be a rectangle

Explanation:

Answer:

the amount of total precipitation

Answer:

Explanation

:C

Answer:

B

Explanation:

dark blue all over the continent

Answer:

Mainly lower-middle income

Explanation:

centra america is the littel bit between mexico and south america

the correct answer is the yellow one.

Answer:

Almost all fossils are preserved in sedimentary rock. Organisms that live in topographically low places (such as lakes or ocean basins) have the best chance of being preserved. This is because they are already in locations where sediment is likely to bury them and shelter them from scavengers and decay.

Explanation:

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Both South Africa and England have a similar populations. However, these countries have different population densities. Population density is how crowded the country is with people. South Africa is a much larger country in terms of its area while England has a smaller land area. If they have similar populations, but different amounts of space, one is going to have a higher population density. Since England has less space, it has a higher population density as there are more people in a smaller space. There is more land area in South Africa, so this naturally makes it less crowded.

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Answer:

A

Explanation:

Answer:

Please write in English so I can help.

Explanation: I wanna help.

The definition of spatial is: relating to or using space.

Geospatial data is time-based data that is related to a specific location on the Earth's surface. It can provide insights into relationships between variables and reveal patterns and trends.

A spatial pattern is an intuitive structure, placement, or arrangement of objects on Earth. It also includes the space in between those objects. Patterns may be recognized because of their arrangement; maybe in a line or by a grouping of points.

Spatial modeling is an analytical process managed with a geographical information system (GIS) in order to describe basic processes and properties for a given set of spatial features.

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figure it out urself?

Answer: b. Different plant types can add or remove nutrients within a soil, thereby changing the type of soil that is formed.

Explanation:

Some plants require more a of particular nutrient than others and so will draw more of these nutrients from the soil whilst giving away some of the ones that they do not want. This is one of the reasons that some plants grow better in a particular area than not.

When these plants give or take away nutrients, they would be changing the type of nutrient composition of the soil and this is what makes crop rotation so effective.

Answer:

Earthquakes occur in the crust or upper mantle, which ranges from the earth's surface to about 800 kilometers deep (about 500 miles).

The strength of shaking from an earthquake diminishes with increasing distance from the earthquake's source, so the strength of shaking at the surface from an earthquake that occurs at 500km deep is considerably less than if the same earthquake had occurred at 20 km depth.

Also, the depths of earthquakes gives us important information about the Earth's structure and the tectonic setting where the earthquakes are occurring. The most prominent example of this is in subduction zones, where plates are colliding and one plate is being subducted beneath another. By carefully plotting the location and depth of earthquakes associated with a subduction zone, we can see details of the zone's structure, such as how steeply it is dipping, and if the down-going plate is planar or is bending. These details are important because they give us insight into the mechanics and characteristics of the deformation in the subduction zone.

Within continents, and along continental plate boundary transform faults such as the San Andreas, faults are only active in the shallow crust - perhaps to depths of approximately 20 km.

Accurately determining the depth of an earthquake is typically more challenging than determining its location, unless there happens to be a seismic station close and above the epicenter. So generally, errors on depth determinations are somewhat greater than on location determinations.

Answer:

B. They were felt for many weeks after the original earthquake

Explanation:

I took the test and this is the correct answer :)

Answer: the crust.

Explanation: Because the crust does not have to support as much weight. For example, if you were to say the layer closest to the center of the Earth experiences the least amount of pressure, that would not be true because the layers closer to the center of the Earth have to support even more weight above them then the layer farthest out.

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Answer:

erosion would erode the surrounding area making less obvious and filled in by hardened magma leaving volcano over millions of years i think. Would leave little impact of the crater. Also growth of plants over years in ash-rich, fertile soil

Explanation:

Volcanic craters may be connected with a cone or flanks. Flows may also be present. Impact craters can be distinguished from volcanic craters by having center peaks, ejecta, high rims, and floors that are lower in elevation than the surrounding topography.

A caldera is a depression formed when a volcano's magma chamber is emptied in an explosive eruption. Without any structural support below, the terrain surrounding the erupting volcanic vent or vents collapses internally, forming the bowl-shaped caldera.

When an asteroid or meteorite collides with the surface of a bigger solid object, such as a planet or moon, an impact crater is generated. This item must be moving extremely fast—many thousands of miles per hour—in order to generate a proper impact crater.

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Answer:

Black Sea

Explanation:

Answer:

Supernovae refer to the last stages in a star's life, when it explodes and disappears completely. ... Every planet we know of emerged from the dust and particles in the universe - so this means that the same dust coming from supernovae can form new planets as well.

Explanation:

hope you get some idea

Answer:

3.igneous and sedimentary and sedimentary and metamorphic.

4. Marble- metamorphic

pumice-igneous

slate- metamorphic

obsidian- igneous

limestone-sedimentary

5. a) A rock is a solid mass of geological materials. Geological materials include individual mineral crystals, inorganic non-mineral solids like glass, pieces broken from other rocks, and even fossils. A rock can be composed of only one type of geological material or mineral, but many are composed of several types.

b) Igneous rocks form when magma (molten rock) cools and crystallizes, either at volcanoes on the surface of the Earth or while the melted rock is still inside the crust. When lava comes out of a volcano and solidifies into extrusive igneous rock, also called volcanic, the rock cools very quickly.

c) Sedimentation is the collective name for processes that cause these particles to settle in place. The particles that form a sedimentary rock are called sediment, and may be composed of geological detritus (minerals) or biological detritus (organic matter).

d) sedimentary rock consits of fossils.

e) Metamorphic rocks form when rocks are subjected to high heat, high pressure, hot mineral-rich fluids or, more commonly, some combination of these factors. Conditions like these are found deep within the Earth or where tectonic plates meet.

6. Any four uses of rocks are:

•Making Cement (Limestone) (Sedimentary Origin)

•Writing (Chalk) (Sedimentary Origin)

•Building Material (Sandstone) (Sedimentary Origin)

•Bath Scrub (Pumice) (Igneous Origin)

•Kerb Stone (Granite) (Igneous Origin)

Answer:

D. A substance, energy source, or organism used by humans

Explanation:

Its not man made like the others

Answer:

The woman's suffrage movement is important because it resulted in passage of the Nineteenth Amendment to the U.S. Constitution, which finally allowed women the right to vote

Answer:

Even where the amount of atmospheric ozone is normal, some ultraviolet light reaches the Earth's Surface.

Explanation:

Before 1980 there was very little concern about atmospheric ozone decrease. Many plants and animals flourish in warm climates rather than in polar regions. The increase exposure to ultraviolet rays due to shift in atmospheric ozone has threatened marine life.