The height of the land above sea level is
A. levitation
B. elevation
C. orogeny
D. demarkation




HELPPPPP

Answer:

The second and last one are correct it think

Explanation:

srry if its wrong

Answer:

South of Africa is the Indian Ocean

West of Africa is the Atlantic Ocean

Explanation:

Answer:

suez canal

Explanation:

Answer:

Suez canal

Explanation:

Answer:

Still flows A

Explanation:

Answer:

still flows and carries debris to the end of the glacier

Explanation:When a glacier stands still, the ice within it _____.

forms a dark stripe of debris

recedes and creates a ridge called an end moraine

still flows and carries debris to the end of the glacier

stops flowing and freezes

Answer:

I think oasis

because wadis is probably a small dry region in a place where there are rains pouring sometimes

Answer:

74 miles per hour

What is the maximum wind speed of the storm after 36 hours of monitoring? winds of 74 miles per hour or greater.

Explanation:

hope this helps

Answer:

a cottonmouth snake is poisonous

Answer:

b. medium

Explanation: i took the test and got it right

Answer:

medium

Explanation:

Answer:

PAHOEHOE

Explanation:

PAHOEHOE has a shiny, smooth, glassy surface. It tends to be more fluid, hence flows more quickly and produces thinner flows

Answer:

It’s easier to distinguish between high- and low-quality coal.

Explanation:

Coal mining is the extraction of coal from the depth of the soil around the area where such coal is found. This extraction shows that, there are various grades of coal ranging from low quality which is very dangerous for use to high-quality which is better for use. The use of the surface coal mining technique will help to distinguish it based on their various colours.

The complete seam can be accessed.

Explanation:

I took the test

Answer:

Intermittent streams are destroyed.

Explanation:

Mining which is the extraction of important resources deposited on the earth by excavation of the said land is as old as civilization. Unfortunately, some of these extraction has adverse effect on environment around it.

For example, when mining of coal is occurring, it tends to pollute the air around it causing a black soot to be found in the air. Also, if there is a nearby streams, it contaminates it.

Answer: Intermittent streams are destroyed.

Explanation:

I just took the test

Answer:

1 kg

Explanation:

Because if it's precise to the ones place, then it would be 1.0 kg. So the corundum would weigh 1 kg. and your just moving the 10 over one to the right  so the dot is now between 1 and 0 making it 1.0.

I really hope this helps you, if it's the wrong answer please tell me, If it's the right answer please tell me to let me know.

Answer:

A. Switch From crops to livestock

Explanation:

<3

Answer:

This means small tsunamis that might not be deadly today could wreak havoc in the future.

“Our research shows that sea-level rise can significantly increase the tsunami hazard, which means that smaller tsunamis in the future can have the same adverse impacts as big tsunamis would today,” said Robert Weiss, a professor of geosciences at Virginia Tech.

Weiss worked with the Earth Observatory of Singapore, the Nanyang Technological University and the National Taiwan University to map the dangers of future tsunamis.

He explained that small tsunamis generated by earthquakes occur frequently around the world, and may eventually be far more hazardous.

The researchers created computer-simulated tsunamis at current sea levels and then compared them to the same simulations with sea-level increases of 1.5 feet and 3 feet.

Weiss’ simulations charted the effect of a tsunami in Macau, a densely populated region in southern China.

The area is generally considered safe from the threat of tsunamis. At current sea levels, an earthquake would need to measure a magnitude of 8.8 or higher to cause “widespread tsunami inundation” in Macau.

But with a sea-level rise of 1.5 feet, the frequency of tsunami-induced flooding in the simulation rose by 2.4 times.

And for the 3-foot increase, the frequency of flooding rose to 4.7 times.

“We found that the increased inundation frequency was contributed by earthquakes of smaller magnitudes, which posed no threat at current sea level, but could cause significant inundation at higher sea-level conditions,” said Lin Lin Li, a senior research fellow at the Earth Observatory of Singapore.

Scientists used 5,000 tsunami simulations generated from “synthetic earthquakes” in the Manila Trench.

The Manila Trench is the main hazard point for large tsunamis in the South China Sea.

It hasn’t experienced an earthquake larger than magnitude 7.8 since the 16th century.

But study co-author Wang Yu said that the region shares many similarities to the source areas that led to the deadly 2004 Indonesian earthquake and Japan’s 2011 quake – both of which led to huge tsunamis.

In the future, it’s possible that smaller-magnitude earthquakes could instigate similar events – all thanks to rising sea levels.

It’s estimated that sea levels in the Macau region will increase by 1.5 feet by 2060, and by 3 feet by 2100.

“The South China Sea is an excellent starting point for such a study because it is an ocean with rapid sea-level rise and also the location of many mega cities with significant worldwide consequences if impacted,” explained Weiss.

“Sea-level rise needs to be taken into account for planning purposes, for example for reclamation efforts but also for designing protective measures, such as seawalls or green infrastructure.”

He went on: “What we assumed to be the absolute worst case a few years ago now appears to be modest for what is predicted in some locations.

“We need to study local sea-level change more comprehensively in order to create better predictive models that help to make investments in infrastructure that are or near sustainable.”

Sea levels aren’t just rising in the South China Sea – they’re rising globally.

The rise is largely attributed to global climate change: partly due to warming seas, causing “thermal expansion” of the water, and partly due to melting ice sheets and glaciers on land.

It’s estimated that we’ll see a rise of between 1 and 8 feet during the 21st century.

Explanation:

Hope I helped?

Answer: B.  I, II, IV, and V only

Explanation:

The motion of crustal plates has led to various changes in the earth such as the formation of mountains and continents moving to other locations. The rock cycle is also significant as well as rocks make up so much of the land surface.

Erosion has moved soil from place to place and even created iconic landmarks such as the Grand Canyon. When soil is moved from one place and put in another this is called deposition.

Answer:

c

Explanation:

Answer:

B) A famous temple dedicated to Athena (The Goddess of Wisdom)

Explanation:

Fun fact: Many parties tried to destroy the Parthenon but miraculously it is still standing today :)

Answer:It mainly comes form fossil fuels

What are fossil fuels?

They are dead plant and or animals that have been in the ground for millions of years therefore  they turn into coal fossil fuels are nonrenewable   resources and cause pollution but are cheaper to use compared to solar power thats the reason we use fossil fuels rather than solar after all we can only use solar power in sunny places for example Arizona Texas Florida and Colorado

What are the main fossil fuels?

There are three kinds  of fossil fuels which can all be used for energy provision coal, oil and natural gas

Hope this helps

                                                                                               -Tobie the dog <3

Answer:

Bedrock

Explanation:

Answer:

Explanation:

Impacts can result in erosion, sinkholes, loss of biodiversity, or the contamination of soil, groundwater, and surface water by the chemicals emitted from mining processes.

The number of open meadows decreases.

Explanation:

I took the test

Answer:

Some factors that can affect the rate at which lava flows are the steepness of the ground over which it travels, the rate of lava production at the vent and the type of lava erupted and its viscosity.

Explanation:

Answer:

Erosion and weathering are examples of destructive forces.