The composition of this igneous rock is intermediate.
When hot, molten rock crystallizes and solidifies, igneous rocks named after the Latin word for fire are created. The melt begins deep within the Earth near hot regions or active plate borders, then it rises toward the surface. According to where the molten rock hardens, igneous rocks are categorized into two groups: intrusive and extrusive.
Magma becomes trapped in the Earth's interior and intrusive, or plutonic, igneous rock is created. Massive globules of molten rock are rising. While some of the magma may fuel volcanoes on the planet's surface, the majority is locked underground, where it slowly cools over tens of thousands or perhaps millions of years before solidifying. Since the individual mineral grains have a relatively long growth period due to the slow cooling.
Learn more about igneous rock here:
https://brainly.com/question/23555197
#SPJ4
PLS HELP IM BEING TIMED
Explain one key reason why many Europeans are willing to pay higher taxes to support a welfare state in their countries.
Answer:
The taxes are higher
Explanation:
Which of the factors affecting climate has the greatest impact on the climate in your region?
Think about:
The four factors affecting climate.
(im in california)
Factors influencing the Climate
Topography
The Topography of an area can greatly influence our climate. Mountain ranges are natural barriers to air movement. In California, winds off the Pacific ocean carry moisture-laden air toward the coast. The Coastal Range allows for some condensation and light precipitation.
Prevailing global wind patterns
Latitude affects climate. Two ways it does this is the amount of sunlight different latitudes receive and prevailing winds change at different latitudes. The sunlight distribution changes in that, because of the Earth’s tilt; the equatorial region receives the most sunlight of anywhere on earth. Because of this, the higher or lower you go in latitude away from the equator, the less sunlight and therefore, colder on average the area will be.
Relative Humidity
In general, relative humidities are moderate to high along the coast throughout the year. Inland humidities are high during the winter and low during the summer. Since the ocean is the source of the cool, humid, maritime air of summer, it follows that with increasing distance from the ocean, relative humidity tends to decrease. Where mountain barriers prevent the free flow of marine air inland, humidities decrease rapidly. Where openings in these barriers permit a significant influx of cool, moist air it mixes with the drier inland air, resulting in a more gradual decrease of moisture. This pattern is characteristic of most coastal valleys.
Floods
In southern California, most flooding is the result of heavy precipitation over periods of one or two days. The short streams and steep watersheds emptying onto lowlands that may be heavily populated, produce large volumes of water within short periods and damage is often severe. The problem is sometimes compounded by the denuding of large areas of the watershed by fire during the previous season.
The west slopes of the coastal ranges in the central and northern parts of the state also experience flooding as a result of heavy precipitation over a period of only a few days. These streams are usually longer than those of southern California and require a longer time to build up a flood potential. The Eel and Klamath Rivers, as well as others in the northwestern part of California, are larger streams
To learn more about Climate:
https://brainly.com/question/24448663
Why is the berlin wall an enclave?
When an object is sitting on the Earth, what do you call the force of gravity that is acting on
the object?
what is the relationship between climate change and the regularity of droughts
Some climate models find that warming increases precipitation variability, meaning there will be more periods of both extreme precipitation and drought. This creates the need for expanded water storage during drought years and increased risk of flooding and dam failure during periods of extreme precipitation.
Hope it helps...The relationship between climate change and the regularity of droughts is that warmer temperatures experienced results in the drying out of soil and vegetation with a corresponding decrease in precipitation.
What is Climate?This is defined as the average weather of an area over a particular period of time.
Climate change which results in warmer temperatures decreases the rate of precipitation and increases the regularity of droughts.
Read more about Climate change here https://brainly.com/question/3002959
It is important to have supporting details when trying to make connections between past and present events.
Answer:
yes it is because you always need to know what happened and how it happened
Explanation:
QULLUI 1 POIUL Regions that receive up to 20 inches of rainfall per year are referred to as because they receive more precipitation than most deserts. coastal deserts subtropical deserts polar deserts semiarid deserts
Answer:
Subtropical desert
Explanation:
Subtropical desert receive rainfall equal to 12 inches a year
Semi arid desert receive rainfall up to 250 mm or 9.8 inches in a year
Polar desert receive rainfall less than the semi arid desert
Coastal desert receive rainfall up to 10 inches
Among all the desert forms the highest rainfall is received by the Subtropical desert
Answer:
The Correct answer is Semiarid Deserts
Explanation:
I took the quiz and got it wrong the first time but got semiarid afterwards
Please write some lines 5-7 about jupiter
Answer: Jupiter is the fifth planet in the solar system from the Sun and the largest in the Solar System. It is a gas giant with a mass one-thousandth that of the Sun, but two and a half times that of all the other planets in the Solar System combined. It has 67 moons and has rings that aren't too visible but still there. Jupiter is the fourth brightest object in the solar system and has the shortest day of all planets. Jupiter orbits the Sun once every 11.8 Earth years.
Historically, powerful countries have continued to _________ and _________ weaker nations.
Historically, powerful countries have continued to dominate and exploit weaker nations. This has often taken the form of colonization.
Where stronger countries establish control over weaker territories for their resources, labor, or strategic advantage. This process has resulted in the displacement and suffering of indigenous populations, as well as the extraction of wealth from colonized territories. In more recent times, powerful countries have used economic and political leverage to exert control over weaker nations, often leading to economic dependence and limited sovereignty. This pattern of domination has contributed to global inequality and political instability, and has been a subject of ongoing debate and critique.
Learn more about dominate here:
https://brainly.com/question/14053639
#SPJ11
A flood impacts an ecosystem by displacing organisms' habitats, polluting bodies of water as the floodwater recedes, and loss of life. True False.
This statement is true about the effect of floods on the ecosystem. Flood impact individuals or communities as well and have social economic and environmental consequences.
What are natural disasters and its effect?Natural Disasters are catastrophic events that led to atmospheric geological and hydrological events which cause drought, flood, earthquake, hurricanes, and landslides.
Natural disasters cause damage to property, financial loss, loss of life.
People lose their homes, putting their lives in danger to survive in disasters time.
Therefore this statement is true.
Learn more about Natural disasters here:
brainly.com/question/24220672
Answer:
True
Explanation:
got a 100% if you want the answers for all just ask :)
A coastline on Earth experienced a high tide at 6 a.m. At what approximate time will the next high tide occur, and why?
A) 6 p.m., because the coastline will turn 90 degrees from the moon
B) 6 p.m., because the coastline will turn 180 degrees from the moon
C) 12 noon, because the coastline will turn 90 degrees from the moon
D) 12 noon, because the coastline will turn 180 degrees from the moon
Answer:
B) 6 p.m., because the coastline will turn 180 degrees from the moon
Explanation:
6 pm is 12 hours after 6 am so that is a full circle.
Answer:
b
Explanation:
Marquez is constructing a regular hexagon inscribed in a circle. He begins by drawing a line and labeling a point on the line as point A. He then uses his compass to construct a circle with point A as the center. He labels the points where the circle intersects the line as points B and C.
What step should be his next step?
A) Without changing the compass opening, construct a circle with either point B or point C as the center.
B) Increase the compass opening, and with the compass point on point A, construct an arc that intersects the circle.
C) Increasing the compass opening, construct a circle with either point B or point C as the center.
D) Draw a line through point A that intersects the circle twice.
Answer:
Without Changing the compass opening, construct a circle with either point B or point C as the center.
Explanation:
I took the test
India's environment is at risk . justify
Answer:
Explanation:
Poor waste management
air and water pollution
deforestation
climate change
Why are Asia and South America colored in a neutral color on a political map?
Answer:
Lighter colors will attract and absorb less sunlight and subsequent radiation and heat, but lighter colored houses will darker colored
Explanation:
According to Fathy, which of the following is certainly NOT a suitable design strategy for a building constructed in the Tropics?
a. Glass walls
b.Steep roof
c. Claustra-work
d. Grass and reed surfaces
According to Hassan Fathy, glass walls are not a suitable design strategy for a building constructed in the tropics. This is because glass walls absorb heat and cause the building's interior to become too hot during the day, making it difficult to maintain a comfortable indoor temperature.
The design of buildings in the tropics must take into account the region's hot and humid climate. Fathy advocated for using local materials and techniques to construct buildings that are sustainable, cost-effective, and energy-efficient. He was against the use of modern building techniques and materials that were often imported and unsuitable for the local climate. Instead, he encouraged the use of mud brick, adobe, and other natural building materials that were readily available in the region.Fathy's design strategies emphasized the importance of passive cooling and ventilation in buildings. He believed that buildings should be oriented to take advantage of the prevailing winds and natural ventilation. He also recommended the use of high ceilings, courtyards, and roof overhangs to help reduce the temperature inside buildings.He was against the use of air conditioning and other mechanical cooling systems because they are expensive, consume a lot of energy, and are often not suitable for the local climate. Fathy also believed that buildings should be designed to blend in with the local environment and reflect the culture and traditions of the local community.
Glass walls are not a suitable design strategy for a building constructed in the tropics because they absorb heat and cause the building's interior to become too hot during the day, making it difficult to maintain a comfortable indoor temperature. Furthermore, glass walls are prone to breakage, which may be harmful to the occupants of the building.
To know more about Hassan Fathy visit:
brainly.com/question/13763045
#SPJ11
Which one of the following statements concerning mechanical weathering is NOT true?a) reduces grain sizes of rock particlesb) allows for faster rates of chemical weatheringc) is important in the formation of talus slopesd) involves a major change in the mineral composition of the weathered material
The mechanical weathering does not involve a major change in composition of the material which got weathered.
The correct option is option d.
Weathering is basically the process which involves the breaking down or the dissolving rocks as well as the minerals which are present on the surface of the Earth. There are basically four major types of weathering namely the mechanical, biological, chemical as well as the physical weathering.
When rocks happen to disintegrate or break up into smaller pieces without experiencing any kind of change in their chemical composition then the type of weathering is known as mechanical weathering.
Hence, the correct option is d.
To know more about mechanical weathering
https://brainly.com/question/29616569
#SPJ4
suggest two reasons why the rate of deforestation varies between different countries
1) deforestation varies between countries because of how they rapidly use their resources
2) how they replace their forestry with palm oil
which of the following does not happen at mid-ocean ridges? group of answer choices as the plates move apart, solid lithosphere move upward into the asthenosphere. submarine lava flows form new ocean crust. mid-ocean ridges are elevated above the surrounding seafloor. a rift runs along the axis of mid-ocean ridges because of movement as the plates diverge from each other
hiAnswer:
Explanation:hi
Astrology! Please help! Test has time!
What is similar about the discoveries of Neptune and Pluto?
A. They were both identified as planets by virtue of their movement in the sky.
B. They were discovered within 10 years of each other, so roughly at the same time.
C. They were both recognized to be planets because of objects orbiting them.
D. They were discovered as planets by use of the sextant.
The similarity about the discoveries of Neptune and Pluto is: they were both identified as planets by virtue of their movement in the sky. The Option D is correct.
What is similar about the discoveries of Neptune and Pluto?We have few similarities in the discoveries of Neptune and Pluto:
Both planets were discovered through mathematical predictions rather than direct observations. In the case of Neptune, astronomers noticed discrepancies in the orbit of Uranus, which led them to calculate the location of an unknown planet. Similarly, the discovery of Pluto was based on observations of irregularities in the orbit of Neptune.The discoveries of both Neptune and Pluto were made by American astronomers. Neptune was discovered by Urbain Le Verrier, a French mathematician, but its existence was confirmed by American astronomer Johann Galle. Pluto was discovered by American astronomer Clyde Tombaugh.Both Neptune and Pluto are located in the outer reaches of our solar system. Neptune is the eighth planet from the sun, while Pluto is the ninth (although it has since been reclassified as a dwarf planet).Read more about Planet
brainly.com/question/28430876
#SPJ1
what is a cover crop
Answer:
why i help you ....did you pay me for this ...
Difference between inner planet and outer planet
Answer:
The inner planets are closer to the Sun and are smaller and rockier. ... The outer planets are further away, larger and made up mostly of gas. The inner planets (in order of distance from the sun, closest to furthest) are Mercury, Venus, Earth and Mars
which of the following locations would most likely contain large, angular rocks?
Large, angular rocks are most likely to be found in areas that are subjected to weathering conditions. The type of rocks found in a location often depends on several factors including the type of rock formation in the area, geological history of the region, weathering and erosion conditions, and climatic conditions. Some of the most common locations where large angular rocks can be found include:
1. Mountains: Angular rocks are often found in mountainous regions where there are several rock outcrops. The rocks found in these regions are often subjected to weathering and erosion by wind, water, and ice, leading to the formation of large angular rocks.
2. Glaciers: Glaciers are known for their ability to transport rocks of various sizes over long distances. The rocks transported by glaciers are often angular, and they often form moraines when the glacier recedes.
3. Riverbeds: Riverbeds are often characterized by large angular rocks, boulders, and cobbles. The rocks in riverbeds are often transported by water, and they undergo several cycles of abrasion, which results in the formation of angular rocks.
4. Deserts: Large angular rocks can also be found in desert regions. The rocks in these regions are often subjected to weathering by wind and sand, leading to the formation of angular rocks.
To know more about weathering visit :
https://brainly.com/question/12426129
#SPJ11
i nit to know more about line graphs
do u think human beings depend on land and soil resources more than organisms
Answer: yes I do think that humans care more about land and soil more than organisms because if they cared about organisms they would not be destroying their habitats to make new ones for themselves. Also, humans care about land because of money and trust me money doesn't grow on trees so they find any way to get money, and they don't care if they have to destroy organisms habitats to get it.
Which geologic province of Virginia best shows evidence of folding?
a) Piedmont
b) Costal Plain
c) Valley and Ridge
d) Appalachian Plateau
Answer:
valley and ridge
Explanation:
rocks of Blue ridge are better exposed across the border in Virginia .the valley and the ridge physiographic province in the east contains folded and faulted rocks ranging in age from late precambrain to early mississippain
A very small population of a species faces a greater threat of extinction than a larger population. Smaller population faces more random fluctuation, which may result in greater death rate than birth rate and that ultimately leads to their extinction
A very small population of a species faces a greater threat of extinction than a larger population.
Smaller population faces more random fluctuation, which may result in greater death rate than birth rate and that ultimately leads to their extinction. The greater threat of extinction faced by smaller populations is often a result of genetic drift, which can lead to the loss of genetic variation and the accumulation of deleterious mutations. Genetic drift is more likely to occur in small populations because chance events can have a greater impact on the genetic composition of the population.
Smaller populations also face a greater risk of inbreeding, which can lead to reduced genetic diversity and increased susceptibility to disease and other threats. In addition, smaller populations may be more vulnerable to habitat loss, climate change, and other environmental pressures, which can further reduce their numbers and increase their risk of extinction.
Overall, the small population size can cause a species to be at a greater risk of extinction than the larger population because smaller populations face more random fluctuations that may result in the greater death rate than birth rate.
Learn more about Genetic drift: https://brainly.com/question/13923038
#SPJ11
Discuss why Khanna believes a major war has not yet broken out in the Far East.
Answer:
Discuss why Khanna believes a major war has not yet broken out in the Far EastEven though Asia is home to the world’s fastest growing militaries, these countries are also investing billions of dollars in each other’s infrastructure and supply chains. They are more interested in each other’s functional geography than in their political geography. That is why their leaders think twice, step back from the brink, and decide to focus on economic ties over territorial tensions
People may connect with one other thanks to connectivity, which promotes peace and unity.
What was the major war ?According to Khanna, fostering human connections will assist to strengthen the bonds that already exist between them and also bring about peace and love among Middle Easterners.
Khanna thinks connection will thereby lessen conflict and foster cohesion in the Middle East.
A period of geopolitical tension between the United States and the Soviet Union, as well as its respective allies, the Western Bloc and the Eastern Bloc, is usually referred to as the Cold War.
The term "cold war" is used because the two superpowers did not engage in extensive direct combat, but instead supported opposing parties in significant regional battles known as "proxy wars."
The battleIt was centred on the ideological and geopolitical competition between these two superpowers for influence in the world after their temporary cooperation and triumph over Nazi Germany and Imperial Japan in 1945.
Learn more about Khanna here
https://brainly.com/question/27997034
#SPJ2
there are 40g of a parent sample that has already undergone 4 half-life’s, how much was there originally?
The formula for the half-life is obtained by dividing 0.693 by the constant λ. Here λ is called the disintegration or decay constant.
What is Half-life formula?To determine the half-life of a material whose amount is reducing or decaying, one uses the half-life formula. The pace at which a chemical degrades varies depending on how much of the material is present. Finding the life of a decaying material is highly challenging since as the quantity of the substance decreases, the rate of decay likewise slows down. In order to determine the life of decaying material, the half-life formula is utilized to provide the appropriate metrics.
The term "half-life" describes how long it takes for half of a given sample to respond, or how long it takes for a given quantity to go from its starting value to half. The half-life formula is frequently applied in nuclear physics to characterize the rate of radioactive decay of an atom.
To learn more about Atom visit here:
https://brainly.com/question/13654549
#SPJ1
the devastating 2018 hokkaido iburi-tobu earthquake triggered over 6000 landslides simultaneously. the underlying geology consists of volcanic soils interbedded with several layers of pumice. it was found that one particularly weak pumice layer liquefied during the intense shaking. what processes triggered these slides? (choose all that apply)
The processes that triggered the landslides during the 2018 Hokkaido Iburi-Tobu earthquake include liquefaction and the presence of weak pumice layers. Liquefaction occurs when saturated granular materials, such as sandy or silty soils, lose their strength and behave like a liquid during strong shaking. I
Pumice is a lightweight volcanic rock formed from the rapid cooling of frothy lava that contains high amounts of gas bubbles. It is highly porous and has low density, which makes it prone to collapse and compaction when subjected to external forces. The interbedded layers of pumice in the underlying geology of the area contributed to the vulnerability of the slopes.
During the earthquake, the ground shaking caused the pumice layer to lose its strength and compact, creating a fluid-like behavior. The liquefied pumice layer acted as a lubricant, reducing the friction between particles and making the slope material unstable. As a result, the slopes became prone to failure, leading to widespread landslides.
The combination of intense shaking, saturation of the volcanic soils, and the presence of weak pumice layers created a perfect storm for the triggering of landslides. The liquefaction of the weak pumice layer played a significant role in initiating the slides and amplifying the overall devastation caused by the earthquake.
for more questions on earthquake
https://brainly.com/question/20409140
#SPJ8
Why has NASA sent recent orbiters to Mars (such as Mars Reconnaissance Orbiter) on trajectories that required them to skim through Mars's atmosphere before settling into their final orbits?
NASA sent late orbiters to Mars (like Mars Reconnaissance Orbiter) in directions that necessary them to skim through Mars' air before sinking into their last circles It saves money because the spacecraft uses atmospheric drag to slow down rather than needing to carry enough fuel to slow by firing rocket engines. option (A) is correct.
NASA's Mars Environment Orbiter was intended to concentrate on Mars from the circle and to act as a correspondence hand-off for the Mars Polar Lander and Profound Space tests.
The Mars Reconnaissance Orbiter, or MRO, has concentrated on the Red Planet's air and landscape from circle starting around 2006 and fills in as a key information transfer station for different Mars missions.
Therefore, option (A) is correct.
Learn more about Mars Reconnaissance orbiter:
https://brainly.com/question/30672266
#SPJ4
This question is not complete, Here I am attaching the complete question:
Why has NASA sent recent orbiters to Mars (such as Mars Reconnaissance Orbiter) on trajectories that required them to skim through Mars's atmosphere before settling into their final orbits?
(A) It saves money because the spacecraft uses atmospheric drag to slow down rather than needing to carry enough fuel to slow by firing rocket engines.
(B) Each spacecraft also carried a lander, and the lander could only be dropped to the Martian surface when the spacecraft passed through the atmosphere.
(C) It allowed the spacecraft to collect samples of the atmospheric gas for return to Earth.
(D) It allowed the orbiters to get higher resolution pictures of the surface as it came close when skimming through the atmosphere.