which type of stream channel is most common in flat areas? meandering, braided, sinous, or straight?

Answers

Answer 1

In flat areas, the most common type of stream channel is the meandering channel.

Meandering channels are characterized by their sinuous (curvy) shape, as the water flows from side to side within the stream channel. These channels are often found in areas with low slopes and are characterized by slow-moving water. In contrast, braided channels are often found in areas with high sediment loads and are characterized by a complex network of interwoven channels. Sinuous channels, on the other hand, are characterized by their tight curves and tend to be found in areas with more rock and harder soils. Finally, straight channels are just what they sound like, with a linear path from upstream to downstream. Overall, the meandering channel is the most common type of stream channel in flat areas due to its ability to adapt to low gradient and slow-moving water.

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Related Questions

The average orbital speed of a star around the center of our galaxy depends primarily on ______-.

Answers

Answer:

the mass of the galaxy inside its orbit

Identify if the sentences below describe a climate or weather and briefly explain why.

1.) One of the strongest blizzards hit New York in February 2007, leaving about 6 feet of snow.

2.) We had a lot more rain last year than this year.

3.) The clouds are rolling in.

Answers

Explanation:

first the difference between climate and weather is duration ( weather is short time of air condition)

1,am not sure but i think it is weather

2,climate

3,weather

basalt is an igneous rock that can be found in which volcanic environment?group of answer choicesmid-ocean ridge volcanismhot spot volcanismsubduction zone volcanism

Answers

Basalt is an igneous rock that is most commonly found in volcanoes that form due to subduction zone volcanism.

Subduction zone volcanism is a type of volcanism occurs when one of the Earth's tectonic plates moves beneath another and sinks into the mantle. As the two plates grind against each other, the pressure causes magma to rise up through the lithosphere, forming a volcano.

Basalt is composed of minerals like pyroxene, plagioclase, and olivine, and it forms from the cooling and solidification of lava that is created when the magma rises and erupts. Basalt is one of the most common volcanic rocks and is often used to construct structures such as roads, pathways, and buildings.


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The bottom grey line represents the minimum sea ice extent for the 37 years of baseline data being used. What can you say about the 2017-2018 sea ice extent in regards to the minimum baseline extent?

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The 2017-2018 sea ice extent is well below the minimum baseline extent.

The sea ice extent in the Arctic region continues to decline at an alarming rate. The sea ice coverage in the Arctic is experiencing significant changes as the Earth's climate continues to change. The minimum sea ice extent for the 37 years of baseline data being used is shown by the bottom grey line. The grey line in the chart represents the maximum and minimum sea ice extents over the 37 years of baseline data from 1981 to 2010. The minimum baseline extent is shown by the bottom grey line, while the top grey line represents the maximum baseline extent. It is clear from the chart that the sea ice extent has decreased significantly since the 1980s. The 2017-2018 sea ice extent is well below the minimum baseline extent. This is an indication that the Arctic sea ice is continuing to decline at an alarming rate.

In conclusion, the 2017-2018 sea ice extent is well below the minimum baseline extent, and this indicates that the Arctic sea ice is continuing to decline at an alarming rate. The decline in sea ice extent has significant impacts on the Arctic ecosystem and the global climate.

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ACTIVITY OF INTERGRATION Foot Afriad how recorded some achievements in the touri's h pector and this is due to the efforts of the East African community partner states. These work together in promoting growth in the sector by investigating in hotels, transportation, marketing and product development, and deciated government opports in conservation. They have also promoted and marketed the community as a single Barist Destination while conserving and ensoring sustainable utilization of wildlife beyand tourist sites Sources: Tourism and wildlife conservation. Imagine you are invited to East Africa Tourism and Hospitality Expo and you are to respect represent your country- 4 Kirite on essay of about 500 words on conversation of biological diversity​

Answers

Kirite is dedicated to preserving biological diversity, commonly referred to as biodiversity. The nation places a strong emphasis on preserving ecosystems by creating protected areas like national parks and wildlife reserves.

Kirite's efforts on biological diversity

Kirite has made considerable efforts to preserve biological variety as a nation. To protect ecosystems and stop their deterioration, the government has established protected areas, such as national parks and wildlife reserves. Through habitat restoration and anti-poaching measures, special emphasis is paid to safeguarding endangered species, notably the Kirite elephant and leopard.

Kirite encourages ecotourism projects, spreads awareness among tourists, and promotes sustainable tourism practices. Programs are put in place to raise awareness and inculcate a sense of obligation for the preservation of biodiversity. To improve conservation efforts, the nation regularly works with international organizations and surrounding nations. The dedication of Kirite to protecting its natural heritage demonstrates its commitment to a prosperous future where both natural and human systems can flourish.

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On a global annual bai, approximately ________ % of the olar energy incident on the
top of the Earth' atmophere i aborbed at the urface of the continent and ocean

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On a global annual bai, approximately 30 % of the olar energy incident on the top of the Earth' atmophere i aborbed at the urface of the continent and ocean

The planet's albedo is 30% on average per year. Thus, at the top of the atmosphere, approximately 30% of the incident solar energy—103 W/m2—is thrown back into space while the remaining 70% (239 W/m2—atmosphere and surface—are absorbed. Radiation is lost when solar energy is reflected back into space. The surface absorbs 157 W/m2 (46% of the incoming solar energy at the top of the atmosphere) of the 239 W/m2 gained via absorption, with the atmosphere absorbing roughly 82 W/m2 (24% of the incoming solar energy). The main contributors to this absorption and subsequent energy gain by the atmosphere are water vapor, clouds, aerosols, and ozone. For the atmosphere and the surface, solar radiation serves as a source of energy.

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NEED HELP RIGHT NOW!!!! THIS INSTANT!!!

(a) What do you notice when you compare the climate at two places at the same latitude? Were they the same? Or were there differences?


(b) If there were differences, what were they?


If you did notice differences, what do you think accounts for these differences? (In other words, what do you think would cause these differences?)

NEED HELP RIGHT NOW!!!! THIS INSTANT!!!(a) What do you notice when you compare the climate at two places

Answers

Climate at two places at the same latitude can be different. Latitude is an important factor affecting climate, but it is not the only one. Other factors that can influence climate include altitude, ocean currents, prevailing winds, and distance from large bodies of water.

What is the difference in climate?

(b) The differences in climate can manifest in different ways, such as temperature, precipitation patterns, and humidity levels. For example, two places at the same latitude may have different average temperatures due to differences in their elevation.

One place may be situated at a higher elevation, which would result in cooler temperatures, while the other may be closer to sea level, resulting in warmer temperatures.

Similarly, one place may be situated closer to a large body of water, resulting in higher humidity levels and more precipitation, while the other may be situated farther inland and have lower humidity levels and less precipitation.

(c) The factors that can cause these differences include altitude, ocean currents, prevailing winds, and distance from large bodies of water. For example, places situated at higher altitudes tend to have cooler temperatures due to the thin air, while ocean currents can bring warm or cold water to a coastal region, affecting the temperature and precipitation patterns.

Prevailing winds can also influence climate by bringing moisture or dry air to a region, and places located farther from large bodies of water may experience more extreme temperatures due to the lack of moderating influence from water.

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Why is it difficult for some native English speakers to understand English word usage in Brazil? What are some examples of this?
(ASAP PLEASE)

Answers

Answer:

The accent makes it difficult to understand what someone is saying, depending on what their accent is.

Which of the following steps is essential for proper use of a fume hood?
A. Keep a fire extinguisher nearby.
B. Keep the window closed.
C. Switch on the exhaust fan.
D. Never put your hands inside.

Answers

B- keep the window closed. This avoids cross drafts

B. Keeping the window closed is essential for the proper use of a fume hood.

Should the fume hood be closed?

Hood sashes must always continue to be closed whilst now not in use. that is very important in a facility with a variable air machine. preserving the hood sash closed keeps the air floating down which dramatically reduces the electricity expenses. The extra the hood sash is open, the extra the machine grants exhaust.

When using a fume hood it is important to?

Conduct all paintings at least 6 inches interior of the hood. The capture potential of a fume hood is decreased at the front fringe of the hood because of air turbulence. Always wear splash goggles, and use a full face shield if there's the possibility of an explosion or eruption. put on gloves appropriate for the materials being used.

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Under different headings explain the impact and mitigation techniques of 1. Earthquake 2. Landslides 3. Tsunamis 4. Floods 5. Droughts

Answers

Answer:

The impact and mitigation techniques are the following:

Explanation:

1. Earthquake: Earthquake cause severe damage to the building and infrastructure that leads to high deaths of people and losses to property. It can be mitigate by making more strong infrastructure and avoid making building in those region where earthquakes occurs.

2. Landslides: It also cause high damage to the soil as well as to the people by killing them. Vegetative cover and growing of trees on the edges of lands can reduce its frequency.

3. Tsunamis: It causes severe damage to the coastal regions and cause damage to the property as well as to the people. The damages can be reduced by making strong wall in the coastal regions. Vertical evacuation to existing natural high ground, tsunami-resistant structures are also mitigating techniques.

4. Floods: It causes great damages to both property, land and people. It can be reduces by making dams as well as reduce pollution that cause global warming.

5. Droughts: It can reduce the crop productivity of an area. Crop rotation.  Contoured row crops, Terracing and Tillage practices are the mitigating techniques used for drought.

What is the main incentive for using a command economy?

Answers

Answer:

Economic equality

Explanation:

What are 2 consequences that could occur if the ozone layer continues to be depleted due to destructive ozone pollutants?
My understanding is that the ozone layer is on the mend from its sharpest dip around 2000, and is expected to return to essentially the same status it had around 1900 in 2050 as the remaining CFCs in the layer are slowly destroyed.

Answers

Higher UVB levels will result from the ozone layer being destroyed or depleted by ozone depleting substances (ODS), which will also increase the risk of cataracts and skin cancer, and therefore the destructive pollutants. Some marine life, plants, and plastics may also be harmed.

When UV rays interact with dioxygen, ozone is created. The production and breakdown of ozone are in dynamic equilibrium. Ozone is depleted when this equilibrium is disturbed by the pollutants.

When chlorofluorocarbons as a pollutant combine with other gases in the atmosphere and ascend to the stratosphere, they are broken down by UV radiation to create chlorine free radicals.

These chlorine free radicals combine with ozone to produce oxygen, and they also produce ClO free radicals that combine with atomic oxygen to create even more chlorine free radicals.

The stratospheric ozone layer is harmed as a result of the ongoing decomposition of ozone.

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On a warm summer day, a severe storm happens, and a tornado forms. which layer of the atmosphere is experiencing this storm? troposphere stratosphere mesosphere thermosphere

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On a warm summer day, a severe storm happens, and a tornado forms. It means the troposphere layer of the atmosphere is experiencing this storm.

What is the troposphere layer of the atmosphere?

The troposphere is said to be the lower layer of the Earth's atmosphere and is filled with all types of clouds in it. It means different weathers are experienced at the troposphere layer.

Therefore, the layer is made up of a gradient of temperature, which contains an accumulation of water vapor, gases, and particulate.

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Answer: A

Explanation:

Prediction :How do you think a winter day in San Francisco will be different from Kansas city




-it’s for a assignment I need a good prediction

Answers

think Kansas City would be warmer and less humid than san francisco because san francisco is near a big body of water so it would be colder and more humid

As Kansas city is located far away inland thus is warmer and less humid than San Francisco which is near a large body of water that is colder and more humid.

Where is Kansas city located?

The city of Kansas is found in Missouri and has a population of about 508,090 people Being a mid-western city the climate of the city is subhumid tropical.

The city is located in a tornado alley and here the cold air from Canada collides with the warmth from the gulf of Mexico.

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The most primitive (ancestral) body plan of the Mollusks. a Monoplacophorans b Polyplacophorans c Gastropods d Cephalopods e Bivalves (Pelycepods)

Answers

The most primitive (ancestral) body plan of the Mollusks is believed to be the Monoplacophorans. These organisms are considered to be the most ancient and primitive of all the Mollusks, having been around for over 500 million years.

They are small, disc-shaped animals that have a single, flattened shell covering their body. Monoplacophorans are also the only Mollusks that have serially repeated internal organs, which is a characteristic of primitive animals. While they are not very well-known or studied, Monoplacophorans provide important insights into the early evolution of Mollusks and the development of their diverse body plans. It is fascinating to consider how much has changed over time, as the other major groups of Mollusks, such as Gastropods, Cephalopods, and Bivalves, have evolved into such diverse and complex organisms.

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Explain the water cycle below! There is no starting point, but, please start describing the cycle from the Ocean.

Answers

The water starts in the clouds then it falls into the ocean and then it evaporates back into the sky

Relative cooling rates of igneous intrusive rocks can be estimated by comparing rocks'
a. clasts
b. crystals
c. glass
d. Crystal sizes

Answers

Option D, Relative cooling rates of igneous intrusive rocks can be estimated by comparing rock's Crystal sizes.

Igneous rocks are formed by the solidification of magma or lava. Intrusive rocks form when magma solidifies beneath the Earth's surface, while extrusive rocks form when lava solidifies at the Earth's surface.

One way to estimate the relative cooling rate of igneous intrusive rocks is by comparing the size of the crystals in the rock. Intrusive rocks cool slowly underground, allowing for the growth of large crystals.

Extrusive rocks cool quickly at the surface, resulting in smaller crystals or no crystals at all.

Therefore, rocks with large crystals can be inferred to have cooled slowly, and thus, formed deep underground, while rocks with small crystals or no crystals formed quickly at the surface.

This is an important characteristic to understand when trying to infer the geologic processes that formed a particular rock.

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What is the main source of downward convection movement in the mantle?

a. Ridge-pull

b. Ridge-push

c. Slab-push

d. Slab-pull

Answers

The main source of downward convection movement in the mantle is slab-pull.

Slab-pull is the force that consequences from the burden of a subducting tectonic plate because it sinks into the mantle at a subduction sector. As the denser oceanic plate sinks into the mantle, it pulls the rest of the plate behind it, growing a downward pressure that drives mantle convection.

Ridge-push and ridge-pull are two different procedures that still contribute to mantle convection. Ridge-push is the pressure created by way of the upwelling of magma at mid-ocean ridges, which pushes the tectonic plates apart and helps to power plate movement.
Ridge pull is the pressure created by using the gravitational pull of a mid-ocean ridge because it subsides and sinks into the mantle. But, slab-pull is commonly taken into consideration to be the maximum widespread force in driving mantle convection and plate motion.

The mixture of those three forces (slab-pull, ridge-push, and ridge-pull) facilitates to the maintenance of the dynamic equilibrium of the earth's lithosphere and mantle, using the movement of tectonic plates and shaping the earth's floor over geological time.

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one way to slow the rate of climate change could be through fertilizing the ocean with nutrients such as iron. this will increase the growth of algae. how would this reduce the greenhouse effect?

Answers

Algae would use CO2 in photosynthesis, reducing atmospheric CO2, which would otherwise trap heat in the atmosphere. This would reduce the greenhouse effect.

Algae are devoid of a number of land plant characteristics, including as the phyllids (leaf-like structures) seen in bryophytes, the rhizoids of nonvascular plants, and the roots, leaves, and other organs found in tracheophytes (vascular plants). Algae may be grown for a variety of uses, including biomass production (as in a seaweed cultivator), wastewater treatment, CO2 fixation, and aquarium/pond filtering using algae scrubbers.

Fast-growing aquatic creatures known as algae are frequently encountered as seaweed, pond, and enormous kelp. According to scientists, photosynthesis is one of the most environmentally friendly methods for removing and storing CO2 from the atmosphere.

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what 2 layers of the earth are either partially or totally melted?

Answers

The outer core and the asthenosphere are the two layers of the Earth that are either partially or totally melted.

The outer core is a liquid layer located beneath the Earth's mantle and surrounds the solid inner core. It consists primarily of molten iron and nickel due to the high temperatures and immense pressure at that depth. The molten state of the outer core is responsible for generating the Earth's magnetic field through a process called geodynamo. The asthenosphere, on the other hand, is a partially melted and ductile layer within the upper mantle. It lies directly beneath the lithosphere, which includes the Earth's rigid crust and a portion of the upper mantle.

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The image shows a house which both active and passive solar heating in its design. The solar panels absorb sunlight that is later used to heat the house directly. The trees provide shade preventing heat of the house in the summer. How does the tree help passive heating of the house in the winter?

Answers

Trees can cool the surrounding air by up to 5 C through evapotranspiration. Trees may significantly limit the quantity of direct solar radiation that reaches outdoor ground surfaces or provides.

A solar panel, also known as a photovoltaic panel, is a device that converts sunlight into electricity. It consists of multiple solar cells, which are made of semiconductor materials like silicon, and arranged in a grid-like pattern. When sunlight falls on the panel, it energizes the electrons in the solar cells, producing a flow of electricity. This electricity can be used to power homes, businesses, and even vehicles.

Solar panels are typically installed on rooftops or on open fields, where they receive maximum exposure to sunlight. They are an eco-friendly and renewable energy source, as they do not emit harmful greenhouse gases or pollutants like fossil fuels. They also require little maintenance, have a long lifespan, and can save money on energy bills over time.

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What are right to work state and why are companies attracted to them

Answers

Answer:

Right to work states are states that protect workers from being fired for not paying union dues. This encourages buisness investments

Starting in 1600 BC, describe the groups who controlled Babylon and how each group or person came to power. (Site 1)

HURRY PLZ

Answers

Babylonia, or Babylon, as some people call it, was a very small city in Southern Mesopotamia, which stood alongside other cities from the earlier Akkadian Empire, like Ur, Kish and Uruk, just to name a few.
Around 1894 BC, however, it was a group called the Amorites, who took control of the city and began to organize it. Exactly in 1894, a dynasty from the Amorites formed a small kingdom called Kazallu, which would later on start to expand and change as subsequent Amorite rules took over control. Babylonia was the center of this small kingdom. There were many rulers who consistently helped Babylonia to develop and grow into an independent nation. The first such ruler, not yet named king, was Sumu-abum, followed by several others, until the first Amorite who called himself king: Sin-Muballit. It was in 1792 BC, that things changed in Babylonia, and it became a pretty powerful, but short-lived empire, under the rule of Amorite leader and king Hammurabi. It was this man who was responsible for the development and growth of the Babylonian Empire and its extension throughout most of Mesopotamia, alongside the much older Assyrian Empire.

these are also called u-shaped, blowout, or hairpin dunes, and tend to form where vegetation covers the sand.

Answers

Answer: Parabolic Dunes

Explanation:

Winds may erode a section of the dune, pushing the sediment leeward or downwind. The vegetation will hold back the arms of the dune, so that the dune points in the leeward direction, or downwind.

Which is the mountain range that India and China share?

Answers

Answer:

Himalaya mountain range

Explanation:

Hope this helps and have a beautiful day to you :)

PLEASE SOMEONE HELP!!!

How does life in a rural village typically differ from life in an urban setting?

A: villagers travel more often that urban residents.

B: village residents receive a more formal educational than people in cities.

C: people in rural villages often engage in subsistence agricultural and cottage industries.

D: people in rural villages have greater access to latest technology.

Answers

boa pergunta, tbm nn sei

Explanation:

How many cities are in Sicily???

Answers

about 400 cities or close to that

Which question is a nonscientific question?

Answers

Answer:

The question relies on moral or social values.

Explanation:

The detachment and removal of fragmented rock material is known as ________.
A) erosion
B) leaching
C) sedimentation
D) diastrophism
E) regolith stripping

Answers

The detachment and removal of fragmented rock material is known as  erosion. The correct answer is A.

Erosion is a geological process in which earthen materials are worn away and transported by external forces like wind or water. Even though weathering doesn't include movement, it destroys or disintegrates rock in a manner similar to movement. The opposite of erosion is deposition, which is the geological process by which earthen materials are added to or built up on a landform.

The main contributors to erosion are liquid water, wind, and ice. Dusty air, murky water, or filthy glacier ice all contribute to erosion. The fluid's color is brown, which represents the movement of rock and dirt particles inside (air or water). This debris in transit is referred known as sediment.

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What were the first needles for clothes making made of?​

Answers

The earliest needles were made of bone or wood. Modern needles are manufactured from high carbon steel wire and are nickel or 18K gold plated for corrosion resistance.

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