Answer:
yes it is possible
Explanation:
if the altitude increase ,temperature decrease
Glaciers near the equator like Mount Kilimanjaro form due to altitude and temperature differences influenced by geographical conditions. Evidence of ancient equatorial glaciers supports the theory of continental drift. Peaks like Kilimanjaro have snow and glaciers, influencing local climate and water sources.
Explanation:Glaciers form near the equator like Mount Kilimanjaro due to unique geographical conditions involving altitude and temperature variations. Despite being close to the equator where temperatures are high, the peak of Kilimanjaro remains cooler because of its elevation, causing temperature differences between the base and the top of the mountain. Ancient glaciers found near the equator have contributed to the evidence supporting the theory of continental drift by Wegener. Glaciers that once existed near the equator are attributed to past positions of continents, which according to Wegener, were previously closer to the South Pole. Mountains like Kilimanjaro and Kilimanjaro exhibit characteristics of volcanic activity and have permanent snow and glaciers at their peaks, influencing regional climate and water sources for the surrounding areas.
an asteroid gets bumped from its spot on jupiter and begins traveling around the sun in a long oval shape every 15 years what would the asteroids path be called?
Answer:
The asteroid's path is a trajectory path which could be called an orbit.
Explanation:
When an object moves along a curved path or circular path, a centripetal force is required to sustain it in the path. The forms atrajectory path in which the object continues to move when no external forces are applied.
The Sun applies a gravitational force (centripetal force) on the asteroid after it got bumped from the spot on Jupiter. This force applied constrained it to move in the long oval shape every 15 years continuously. The long oval shape is in a form of trajectory path which could be called an orbit. Therefore, we can say that the asteroid orbits around the Sun and completes the path every 15 years.
HURRY!!!!!
In Hinduism is it better to strictly behave according to your "chosen" Dharma even if you aren't good at it, or is it better to be the best at another Dharma?
a. Yes, it is better to behave according to your Dharma.
b. No, find what you want to do and go for it.
Answer:
a. Yes, it is better to behave according to your Dharma.
Explanation:
Because in Hinduism it is said to be that if you follow you Dharma you will be sent to heaven and shall not be reincarnated, whereas when you don't follow you Dharma you will be reincarnated and be brought back to life.
Cambrian seas A. were at an all-time low level during the whole of the period. B. rarely encroached on the land and thus marine deposits are rare. C. did not cover much land area due to continued orogenic activity. D. were widespread due to many low-lying land masses.
Answer:
D. were widespread due to many low-lying land masses.
Explanation:
Cambrian Period was the first geological period of the Paleozoic Era, it occurred between two ice ages; Proterozoic and Ordovician. During these era, there were mass extinctions due to the decrease in global temperature.
Cambrian seas were widespread due to many low-lying land masses.
The leeward side of a mountain is often
Answer:
Warm, Dry
Explanation: It is on the side where rain does not come very often.
How does water pollution affects marine ecosystems.
Water pollution affects marine ecosystems by completely killing it off. Pollution kills fish, reefs, and other underwater life. With this pollution, animal's behaviors can change, and habitats are destroyed.
I hope this helped, and I hope you pass your assessment!
Terraces are used in agriculture to
Answer:
commonly used to farm on hilly or mountainous terrain.
Explanation:
Where was the first college in north america founded?
Answer:
The first college founded was Harvard University founded in Massachusetts.
Explanation:
Which best describes Quaternary Activities?
Answer:
Economic activities where people who work at jobs than focus on
the acquisition, proceeding, and sharing information.
Explanation:
Processes and distribute Information
Please help!!
How are developed countries being good stewards when it comes to disaster relief?
Answer: Well a normal disaster relief are started in early weeks after the disaster occurs . When a relief starts then there are camps of shelters that have lots of supplies that the victims will need. If another countries was to get involved per say then they would donate food and supplies to the country in dire need. Also the other country would give Money to the country to try to fix the repair cost just like how Pakistan had there great flood in 2010 the USA donated money $55 million to say which aided Pakistan greatly. SO this is countries would develop into being good stewards by helping the following country in dire needs.
Final answer:
Developed countries provide significant disaster relief through immediate aid and long-term assistance, often in partnership with organizations like the World Bank and IMF, focusing on sustainable practices and community-driven development for effective long-term resilience.
Explanation:
Developed countries play a vital role in disaster relief efforts around the world, providing a combination of immediate humanitarian aid and long-term development assistance. Disaster relief and humanitarian aid initiatives involve multiple strategies, including funding for early warning systems, infrastructure for clean water, and support for food security. These countries, through international organizations such as the World Bank and the International Monetary Fund (IMF), encourage community-driven development and assist in areas like education, health, and proper zoning laws that mitigate the impact of natural disasters. It is also critical that these efforts incorporate proper coordination, more effective use of funds, and adherence to sustainable practices to ensure long-term resilience and security of citizens in the affected nations.
Which industry would be MOST likely to be found in the interior of Brazil?
A) fishing
B) manufacturing
C) service
D) timber
D timber.
the interior of brazil is a heavily deforested rain forest which is the biggest rain forest in the world. the timber laws are also more loose allowing more people to use the trees for commercial use.
Over 70% of people in both Australia and New Zealand work in
Answer:
service industires
Explanation:
SOMEONE PLEASE HELP
Locations of Earth’s water sources are listed. Order the water sources according to volume from the smallest amount of water to the largest amount of water.
Answer:
1. rivers
2. swamps
3. lakes
Explanation:
Answer:
Water in the atmosphere
Rivers and lakes
Ice caps and glaciers
Oceans
Hope this helped you!
what are some advantages of Uranus?
Answer:methane gas absorbs light on the red end of the spectrum. This gives Uranus it’s blue-green hue.
If you were to try to fly down through the layers of the atmosphere, the surrounding clouds grow denser and denser and colder and colder and they also grow bluer and bluer as the gasses absorb the visible spectrum.
It is often described as the “rolling around the sun on its side planet” Uranus is tipped over on its side with an anxial tilt of 98 degrees.
Coldest planet in universe.
Has 27 moons
Explanation:
Match the following vocabulary with their definitions. 1. emissions a specific source of pollution that is easy to identify, such as a smokestack 2. carbon monoxide occurs when a layer of warm air prevents the rising air from escaping; the polluted air is trapped and held close to Earth’s surface 3. nonpoint source a source that is widely spread and cannot be tied to a specific origin, such as vehicle emissions 4. point source a warning about a type of air pollution called photochemical smog 5. temperature inversion a colorless, odorless gas that is radioactive and is formed naturally by certain rocks underground 6. smog alert gases and particles which are put into the air or emitted by various sources 7. radon a colorless, odorless gas that forms when fuels are not completely burned
Answer:
1. Emmisions: gases and particles which are put into air or emitted by various sources
2. Carbon monoxide: a colorless, odorless has that forms when fuels are not completely burned.
3. Nonpoint source: a source that is widely spread and cannot be tied to a specific origin, such as vehicle emissions.
4. Point source: a specific source of pollution that is easy to identify, such as a smokestack.
5. Temperature inversion: occurs when a layer of warm air prevents the riding air from escaping. The polluted air is trapped and held close to Earth's surface
6. Smog alert: a warning about a certain type of air pollution called photochemical smog.
7. Radon: a colorless, odorless gas that is radioactive and is formed naturally by certain rocks underground
Help pleaseeeeee
What causes a mountain breeze?
A. the sides of the valley cooling off more quickly than the air around it
B. The albedo of clouds
C. the difference in heating between freshwater and seawater
D. The difference in specific heat between altitudes
A. the sides of the valley cooling off more quickly than the air around it
In two or three paragraphs, research a particular job of a migrant worker and describe specific difficulties that are associated with that job.
Answer:
The difficulties associated with a migrant working as a butcher would be:
In the first place, the inability to understand the language and the specific terminology the clients from different backgrounds could use to refer to the products.
In the second place, the inability he or she would have to understand the instructions from his or her co-workers. Impeding him or her to execute team-work tasks properly.
In third place, a cultural shock that would mean a different environment in which the migrant won't be able to execute her or his job properly.
Explanation:
To understand this answer we need to understand that migration is a phenomenon attached to many situations and context changes. First of all, if the migrant moved to a place with a different language like him or her, and he or she doesn't speak it or doesn't dominate it. The migrant will experience language barriers, also if his culture executes the tasks associated with the job the migrant will have to adapt to a new environment and ways.
Answer:
A job of a migrant worker could be agricultural working.
Some problems they could face is lack of benefits. This is because since migrants normally do not have the proper paperwork for their job, they most likely would not be able to have insurance plans or be closely followed on minimum wage laws. Another problem could be dangerous conditions. This is a big problem since migrants are normally subject to harsh conditions on the job in extreme weather with little to no breaks. And since if they were an agricultural farmer, if they were working with something like animals it could be very unsanitary for the migrant worker. This would also be if they have to work out in fields during harsh winter or rain without having good clothes or breaks.
Another thing that contributes to the problem of these migrants not having good paperwork or insurance, is because of the constant worry of possibly being deported. Since migrants are always moving around they probably won't have a current location. Because of this, they could be worried that if they were to fill out for insurances, someone could notice other factors and report them to be inspected or reported. This could also be an issue towards safety, because undocumented migrants might not be willing to report a workplace injury in fear of being reported to immigration authorities or losing their job.
Explanation:
Hope this helps, have a purrrfect day!
which force causes flattening of the earth at the poles?
Answer:
cenripical, i think , but im not sure
Explanation:
people in early civilizations usually lives close to a. important natural resources b. major urban areas c. mountains d.plains
Answer:
b is correct
Explanation:
b is 100% correct answer
Answer:
Explanation:
is c
Measuring the amount of deuterium in the universe allows us to set a limit on _________.the density of ordinary (baryonic) matter the universe
Answer:
Explanation:
Measuring the amount of deu terium in the universe allows us to set a limit on the density of ordinary matter of universe. Density of the universe is about 9×10-27 kg m-3, because of the way in which deu terium was created in the Big B ang, an exact measurement of the amount of deuterium would allow scientists to set limits on the models of the great explosion.
Thinking about the lack of actions, what can we do as a community to bring long term social change and raise social awareness?
Answer:
One main thing we can do to make social awareness happen as a community is start by pushing the message . If we have a weak system of actions then we will need a strong backbone to do whats right like knowing when there is danger and knowing how to get out of the situation. If you don't leave the situation your likely to die. Its not hard to be aware of danger you see it and run or you can others around you get to safety be a leader and that will save lives with people motivated they will follow you making the awareness known and strong .
The principal divisions of Earth's layers listed progressively from the surface toward the center are _____. The principal divisions of Earth's layers listed progressively from the surface toward the center are _____. lower mantle, asthenosphere, inner core continents and ocean basins asthenosphere, lithosphere and outer core core, mantle, and crust crust, mantle, and core
crust, mantle, and core
Explanation:
What are two regions with vastly different life expectancies?
Why is climate change a big problem?
Answer:
Global climate change has already had observable effects on the environment. Glaciers have shrunk, ice on rivers and lakes is breaking up earlier, plant and animal ranges have shifted and trees are flowering sooner.
Effects that scientists had predicted in the past would result from global climate change are now occurring: loss of sea ice, accelerated sea level rise and longer, more intense heat waves.
Explanation:
More Droughts and Heat Waves
Droughts in the Southwest and heat waves (periods of abnormally hot weather lasting days to weeks) everywhere are projected to become more intense, and cold waves less intense everywhere.
Summer temperatures are projected to continue rising, and a reduction of soil moisture, which exacerbates heat waves, is projected for much of the western and central U.S. in summer. By the end of this century, what have been once-in-20-year extreme heat days (one-day events) are projected to occur every two or three years over most of the nation.
Changes in Precipitation Patterns
Average U.S. precipitation has increased since 1900, but some areas have had increases greater than the national average, and some areas have had decreases. More winter and spring precipitation is projected for the northern United States, and less for the Southwest, over this century.
Projections of future climate over the U.S. suggest that the recent trend towards increased heavy precipitation events will continue. This trend is projected to occur even in regions where total precipitation is expected to decrease, such as the Southwest.
Frost-free Season (and Growing Season) will Lengthen
The length of the frost-free season (and the corresponding growing season) has been increasing nationally since the 1980s, with the largest increases occurring in the western United States, affecting ecosystems and agriculture. Across the United States, the growing season is projected to continue to lengthen.
In a future in which heat-trapping gas emissions continue to grow, increases of a month or more in the lengths of the frost-free and growing seasons are projected across most of the U.S. by the end of the century, with slightly smaller increases in the northern Great Plains. The largest increases in the frost-free season (more than eight weeks) are projected for the western U.S., particularly in high elevation and coastal areas. The increases will be considerably smaller if heat-trapping gas emissions are reduced.
Temperatures Will Continue to Rise
Because human-induced warming is superimposed on a naturally varying climate, the temperature rise has not been, and will not be, uniform or smooth across the country or over time.
why do the water levels on earth change daily
Answer:
maybe because of the tides from the moon or global warming?
Explanation:
it could be the tides because of the mooons gravitational force or it could be global warming and the ice melting makeing the water level higher i hope this helps in some way have a good day XD
The daily change in water levels on Earth is primarily caused by tides, which are the alternating rising and falling of the sea level. The Moon's gravitational pull on Earth's crust and ocean causes ocean water to flow into two tidal bulges, resulting in the daily change in water levels.
Explanation:The daily change in water levels on Earth is primarily caused by tides. Tides are the alternating rising and falling of the sea level and are caused by the gravitational pull of the Moon and Sun on different parts of the Earth. The Moon's differential force on Earth's crust and ocean causes ocean water to flow into two tidal bulges on opposite sides of the Earth, which results in the rising and falling of the water levels.
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Which boundary or zone adds new material to the lithosphere
Answer:
The answer is Divergent plate boundary.
Explanation:
Under the rising convection current of magma, the plates move apart from each other causing crack. The uprising magma would then fill the crack and cools down to form new plate material which adds to the lithosphere.
Divergent plate boundary adds new material to the lithosphere. The plates separate from one another under the rising magma's convection circulation, forming a fracture. Once the fracture has been filled with rising magma and has cooled, new plate material is formed, adding to the lithosphere.
What is a Divergent plate boundary?A diverging boundary, also known as a divergent plate boundary, in plate tectonics is a linear structure that exists between two tectonic plates that are moving apart. Rifts are originally created by divergent borders inside continents, and they gradually develop into rift valleys. According to recent studies, material rises to the lithosphere's base beneath each divergent plate boundary due to complicated convection in the Earth's mantle.
Large flood basalt or lava flows are created as a result of the asthenosphere's (or upper mantle's) rock being melted and the pressure in the area being reduced. Tectonic plates may drift hundreds of kilometers away from one another over the course of millions of years.
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A United States Quarter has a diameter of 24.26 mm and a Reeded edge of 1.75 mm. Both stacks below have 20 quarter each. Find the volume of stack of quarters.
Answer:
16170mm^3
Explanation:
Find the volume of stack A
v=Bh
=12.13[tex]x^{2}[/tex][tex]\pi[/tex](35)
=16170 mm^3 (The /mm3 stands for cubic millimeter)
Find the volume of stack B
v=Bh
=12.12[tex]x^{2}[/tex][tex]\pi[/tex](1.75)
=808.517 mm^3 (The /mm3 stands for cubic millimeter)
= 16170mm^3
Final answer:
To find the volume of a stack of 20 quarters, calculate the volume of one quarter using the formula for the volume of a cylinder (πr²h) and then multiply by 20. Remember to convert the final measurement into cubic centimeters if necessary.
Explanation:
The student is asking to find the volume of a stack of quarters. Each quarter has a diameter of 24.26 mm and a thickness (represented by the reeded edge) of 1.75 mm. In a stack of 20 quarters, the volume can be found by calculating the volume of a single quarter and multiplying it by 20.
The volume of a single quarter (cylinder) is given by the formula πr²h, where r is the radius of the quarter, and h is the thickness. As each quarter has a radius of 12.13 mm (half the diameter), the formula becomes π(12.13 mm)²(1.75 mm). To find the volume of the stack, we then multiply this by 20.
Steps to calculate the volume:
Calculate the volume of one quarter: π(12.13 mm)²(1.75 mm).
Multiply this volume by 20 to get the volume of the stack.
Convert this volume to cubic centimeters if necessary, since 1 mm³ equals 0.001 cm³.
40 POINTS!!
What does the map show about French territory in this part of Asia?
French expansion extended largely into China.
France controlled a small area of southeast Asia.
France controlled about half of the Siamese peninsula.
French expansion reached west of the Gulf of Thailand.
Answer:no c
Explanation:just took the test hope it helps
The map show about French territory in this part of Asia is France controlled about half of the Siamese peninsula. The correct option is (C).
What do you mean by the Siamese peninsula?Southeast Asia's mainland, sometimes referred to as the Indochinese Peninsula or Indochina, is a continent.
It is bounded by the Indian Ocean to the west and the Pacific Ocean to the east, and it is located south of Mainland China and east of the Indian Subcontinent.
It encompasses the nations of Cambodia, Laos, Myanmar, Thailand, and Vietnam, as well as occasionally peninsular Malaysia.
The languages of the continent collectively make up the Mainland Southeast Asia linguistic area; despite being members of a number of distinct language families, they have come together historically and exhibit a number of typological commonalities.
Therefore, the map show about French territory in this part of Asia is France controlled about half of the Siamese peninsula.
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Ella is interested in combining substances to form a new material. What does she need to know before she combines the substances to create a specific material?
Before combining substances to create a specific material, Ella needs to know the properties of the substances, including their composition, chemical and physical properties, and how they interact with each other. By understanding these factors, she can choose appropriate substances and determine the correct ratios or conditions for combining them.
Explanation:In order to combine substances to create a specific material, Ella needs to know the properties of the substances she is working with. This includes understanding the composition of the substances, their chemical and physical properties, and how they interact with each other. By knowing these factors, Ella can choose appropriate substances and determine the correct ratios or conditions for combining them to achieve the desired material.
For example, if Ella wants to create a strong and durable polymer, she would need to know the properties of the different monomers she can use as building blocks. This includes information on their molecular structure, reactivity, and compatibility with other monomers. Ella would also need to consider the reaction conditions, such as temperature and pressure, that could affect the polymerization process.
Overall, having a solid understanding of the properties and behavior of the substances being combined is essential for Ella to successfully create a specific material.
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Final answer:
Before combining substances to form a new material, Ella should identify the elements involved, understand their properties, and learn the stoichiometry required for the reaction. She must also understand the molecular-level characteristics that lead to certain properties, states of matter, energy changes, and how resistivity and other physical properties emerge from atom and molecule interactions. Research on how materials behave under different conditions is essential for effective use of the new material.
Explanation:
Ella is interested in combining substances to form a new material. Before Ella combines the substances to create a specific material, she needs to understand certain fundamental aspects of Chemistry. Firstly, Ella should identify the elements that make up the substances and understand their chemical properties. This knowledge will be crucial when predicting how the elements might interact with each other.
Next, it is important for Ella to learn the stoichiometry of the reaction, which involves the calculation of the amount of one substance that will react with or be produced from a given amount of another substance. This will help her in determining the correct proportions of each substance for the reaction to obtain the desired material.
Understanding the physical and chemical properties of the material at the molecular-level is also important. This would mean researching the desired properties of the material and what molecular-level characteristics lead to those properties. For example, resistivity is a property that could be important depending on the use of the new material.
Additionally, Ella should understand the states of matter, energy changes during substance combinations as well as the interactions of atoms and molecules which result in macroscopic properties of materials, as outlined in the materials' resistivity and electric and magnetic properties. Knowledge of how different conditions, such as temperature or pressure, affect the behavior of materials is crucial for employing the new material effectively.
Ella should conduct an activity to classify materials around her and try to understand why these materials were chosen based on their properties, as this process of classification by properties could guide her in creating the new material. This understanding stems from polymer chemistry, which often requires probing how materials behave under different conditions.
Finally, if the new material is complex, such as a fluid mixture or a crystal of layered material like graphite, understanding its specifications in terms of number of molecules and their arrangement is necessary to determine its complete set of properties, including energy.
__________ is fast moving air or wind that blows horizontally through the upper layers of the troposphere, generally from west to east. It develops where air masses of different temperatures meet. The greater the difference in temperature, the faster the wind speed.
Answer:
Jet stream
Explanation:
Jet stream is fast moving air or wind that blows horizontally through the upper layers of the troposphere, generally from west to east. It develops where air masses of different temperatures meet. The greater the difference in temperature, the faster the wind speed.
Jet stream has the following characteristics;
- The winds blow from west to east
- The flow often shifts to the north and south.
- They follow the boundaries between hot and cold air.
Answer:
The answer is Prevailing Winds.
Explanation:
As mentioned in the statement above, Prevailing Winds are fast moving air or wind that blows horizontally through the upper layers of the troposphere, generally from west to east, although it may blow from East to West also depending on latitude. It develops where air masses of different temperatures meet. Thus, it plays an insignificant role in the Earth's heat redistribution by moving warmer air to higher altitudes and moving cooler air towards the equator.
The image above depicts a branch of a phylogenetic tree. Based on the list of animals below, what characteristic most likely separates these animals into the two branches on the phylogenetic tree?
elephant, cat, sea turtle, moth, snake, shrimp, jellyfish, penguin, bear, octopus.
A) height
B) backbone
C) presence of eyes
D) behavior at night
Answer:The answer is C I just took the test
Explanation: