Can't figure this one out, help please :D

The correct answer is option C. A plain landform is characterized as large areas of low-lying flat ground.

A plain is a landform characterized by extensive flat or gently rolling areas with relatively low elevation. Plains often have minimal relief, meaning they lack significant hills or mountains.

Therefore, the correct answer is c. plain.

i think it might be hardwood

The correct answer is C. Mexican presidents cannot be reelected after serving six years regardless of job performance

Explanation:

Mexico and the United States are both countries in North America, and both have a democratic representative system with a president at the top of government. However, in terms of presidential terms, these two countries are slightly different. In the case of Mexico, each president is in office for six years and there is no reelection. On the other hand, in the United States, the term length for the presidency is four years and reelection is allowed, although this is limited to one. Thus, the difference between both political systems is "Mexican presidents cannot be reelected after serving six years regardless of job performance".

The Egyptian's land was covered mostly with desert, which makes it less fertile. However, Egyptians started to use irrigation streams, and dams to prevent the problem of less fertility in the region.

Egypt got major benefits from the Nile River and camels to make its soil fertile. They planned their agriculture according to the drought and flood seasons, which helped them to adapt to the area.

Therefore, they started to plant crops between the time period when the flood passes away and comes again, which resulted in an abundance of food.

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The larger the scale of a map, the smaller the area covered by the map and the more detail it provides. Thus the correct answer is D.

What is Map?

A map is refer as a pictorial representation of different places used to identify the direction and reach the next location. They help the user to identify sea, rail routes, and roads to reach the destination.

A  scale of a map determines how much space it covers and how much detail it provides, with smaller areas covering bigger scales. The term "big scale" refers to a map where a specific region of the Earth is depicted by a significant area.

More details are shown on the large-scale map as they are on a large scale which shows that they have sufficient space on the map to show the features of different locations.

Therefore, option D is appropriate.

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Your question is incomplete, probably the complete question/missing part is:"

The larger the scale of a map, the __________ the area covered by the map and the ________ detail it provides.

A) smaller; less B) larger; more C) larger; less D) smaller; more

Answer:

D the moons gravity and earths rotation

Explanation:

Because while the earth is rotating on its axis the moons gravity is pulling its self around the earth and by doing that it is pulling the water witch creates waves

Answer:

California, Washington, and Oregon have wet, mild climates near the ocean (remember, oceans tend to keep nearby land warmer in winter and cooler in the summer). Their northern mountains receive much precipitation.

Explanation:

Final answer:

The ocean can affect the coastline by erosional processes, like wave action, creating cliffs and arches, and by depositional processes, resulting in longshore drift and the formation of beaches and barrier islands.

Explanation:

Two ways the ocean can affect the coastline are through erosional and depositional processes. Erosional processes, such as the action of waves and gravity-induced events, wear away coastal features, leading to the formation of sea cliffs, sea arches, and sea stacks. Conversely, depositional processes result in the creation of new landforms. The ocean's waves, through longshore drift, can deposit sand along the coast, forming features like beaches, spits, sand bars, and barrier islands.

Additionally, in regions with active tectonic uplift, wave erosion creates rugged and steep coastlines, while in passive margins areas, wave deposition constructs barrier islands and spits, which may eventually connect to the mainland to form lagoons.

Fossilized marine creatures can be found at the top of the Himalayan mountains.

This provides evidence for this theory D. Fossilized marine creatures can be found at the top of the Himalayan Mountains.

The presence of fossilized marine creatures at the top of the Himalayan Mountains supports the theory of plate tectonics. These marine fossils found at high elevations suggest that these mountains were once submerged under ancient seas.

The process of plate tectonics, particularly the collision of tectonic plates, is responsible for the uplifting of oceanic crust and sedimentary layers to form mountain ranges like the Himalayas.

The existence of marine fossils in these elevated areas provides evidence of the movement and interaction of Earth's tectonic plates over geologic time scales.

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The scientific theory of plate tectonics states that the Earth's crust is composed of many plates, or slabs of rock. Interactions of these plates have created different landforms, or geologic features. Which of the following statements provides evidence for this theory?

A.

A large earthquake off the coast of Japan induces a wave that is over twenty feet high.

B.

An iceberg buckles the hull of the Titanic and allows water to enter between the steel plates.

C.

The city of Pompeii is perfectly preserved under volcanic ash following the eruption of Mount Vesuvius.

D.

Fossilized marine creatures can be found at the top of the Himalayan Mountains.

The option B is correct.

The waves change as they approach the shore because the distance between crests decreases.

Further Explanation:

Wave: The highest point of the wave is referred as crest and the lowest point as trough. The wave height is the vertical distance between the crest and the trough. The wavelength is the horizontal distance between the two adjacent troughs or crests.

Justification for correct and in correct answer:

A. The height of the waves decreases: This option is incorrect.

The wave height is the vertical distance between the crest and the trough. As the wave approaches the shoreline, the height increases because of the wave refraction.

B. The distance between crests decreases: This option is correct.

The distance between the crest decreases because the crest height increases and the wave compress each other, so when the wave reaches the shore it changes.

C. Friction acting on the top of the wave increases: This option is incorrect.

The wave changes as it approaches the shoreline because the speed of the wave slow down due to the friction caused by shallow bottom.

D. The wavelength increases: This option is incorrect.

The wavelength is the horizontal distance between the two adjacent troughs or crests. As the wave approaches the shoreline, the wavelength decreases because the wave compress each other and friction act from the bottom of the shallow sea.

Learn more:

1. Learn more about layers of Earth

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2. Learn more about earthquake

   https://brainly.com/question/1176195

3. Learn more about climate zones

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Answer details:

Grade: High School

Subject: Geography

Chapter: Weather and climate

Keywords: How do waves change as they approach the shore, the height of the waves decreases, the distance between crests decreases, friction acting on the top of the wave increases, the wavelength increases

The Sun, about halfway through its life span, uses hydrogen for fusion to produce energy. At its current rate, it has enough hydrogen for approximately another 5 billion years. Therefore, we won't worry about the Sun running out of hydrogen in our lifetime or for many millions of lifetimes thereafter.

The Sun is believed to be halfway through its main sequence stage, during which nuclear fusion reactions in its core fuse hydrogen to form helium. These reactions release a tremendous amount of energy, which we see and feel as sunlight. Given that the Sun is about 4.6 billion years old, scientists predict that the Sun will run out of hydrogen for fusion in approximately another 5 billion years.

Every second, the Sun converts about 600 million tons of hydrogen into helium. Despite these massive numbers, because the Sun's mass is predominantly hydrogen, and because the rate of fusion is tempered by the thermal gas pressure and the Sun's equilibrium, this hydrogen supply will last billions of years. The process is incredibly efficient, but eventually, the hydrogen fuel in the core will run out. When this happens, the Sun will exit its main sequence stage and enter the red giant phase.

Thus, we won't need to worry about our Sun running out of hydrogen for fusion in our lifetime, or for many millions of lifetimes to come. However, this knowledge helps us understand the life cycle of stars and the future of our solar system.

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The Sun will continue to fuse hydrogen for another 4 to 5 billion years.

The Sun has been undergoing nuclear fusion for approximately 5 billion years, converting hydrogen into helium in its core.

Answer:

To conduct raids across the border to Israel

Trust me it's right. ;) If this helped though help me with a like ;D

The Intertropical Convergence Zone (ITCZ), a region of high humidity, frequent rainfall and low pressure, is the primary system that borders the equator. This zone, influenced by northeast and southeast trade winds, critically affects Earth's climate dynamics.

The primary global wind or pressure system that borders the equator is known as the Intertropical Convergence Zone (ITCZ). The ITCZ is where the northeast and southeast trade winds meet, creating a region of high humidity, frequent precipitation, cloudiness, and low pressure. This zone essentially rides the equator and plays a vital role in the Earth's overall climate dynamics.

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The Intertropical Convergence Zone (ITCZ) is the wind or global pressure system that borders the equator, marked by convergence of northeast and southeast trade winds. Additionally, the Coriolis force influences the direction of air movement, and the rotation of weather systems such as hurricanes and tropical cyclones in different hemispheres.

The wind or global pressure system that borders the equator is known as the Intertropical Convergence Zone (ITCZ). This is where the northeast trade winds from the Northern Hemisphere and the southeast trade winds from the Southern Hemisphere converge, causing air to ascend, which results in regular rainfall. Further, you also have the concept of Coriolis force that plays a part in air movement. In the Northern Hemisphere, this force results in winds being deflected to the right, whereas in the Southern Hemisphere, it causes winds to be deflected to the left. The Coriolis force is crucial in determining the rotation of weather systems. For instance, hurricanes in the Northern Hemisphere rotate in a counterclockwise direction, while tropical cyclones, which are essentially the same weather phenomena, rotate in a clockwise direction in the Southern Hemisphere.

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Answer:

crop farming

Explanation: