When lava slowly cools in the planet's crust, coarse-grained igneous rocks are created.
What is lava?Rock that is molten or partially molten and has been ejected onto the surface of a terrestrial planet or moon is known as lava.
Magma, which is found beneath the surface of the Earth, is a very hot liquid and semi-liquid rock. Lav is the term for when magma flows onto the surface of the Earth.
Crystals, volcanic glass, and bubbles make up lava (volcanic gases). Magma starts to crystallize minerals like olivine and create bubbles of volcanic gases as it cools and approaches the surface. Lava is composed of a mush of crystals, liquid, and bubbles when it explodes.
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True/Falsein the last three years alone (2014-2016), oklahoma has accounted for roughly 10% of all earthquakes of states in the top 10 most active earthquakes states.
TRUE: Oklahoma has produced almost 10% among all earthquakes in the top 10 earthquake-producing states in just the last three years (2014–2016).
Explain about the earthquakes in Oklahoma?In Oklahoma, there are about fifty little earthquakes every year, but only one to two of them are felt, on average.
Before 1962, information about each of Oklahoma's fifty-nine earthquakes could be gleaned from either historical records or seismograph sites located outside of the state. In late 1961, Oklahoma's earliest seismographs were put in place. Seventy more earthquakes were included in the seismic data system between 1962 and 1976. To enhance earthquake location and detection, a statewide system of seismic stations was established in 1977. Between 1977 and 2002, Oklahoma had an additional 1,550 earthquakes. Of the seventy-seven counties in Oklahoma, 73 have experienced earthquakes. The typical earthquake magnitude in Oklahoma is between 1.8 and 2.5, and the focal depth is typically shallow.Thus, Oklahoma has produced almost 10% among all earthquakes in the top 10 earthquake-producing states in just the last three years (2014–2016) is a correct statement.
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What determines the direction of prevailing winds?
Answer:
Generally, prevailing winds blow east-west rather than north-south. This happens because Earth's rotation generates what is known as the Coriolis effect. The Coriolis effect makes wind systems twist counter-clockwise in the Northern Hemisphere and clockwise in the Southern Hemisphere.
Explanation:
How does CFCs affect the ozone layer? Explain with the required chemical equations. Also, mention two ways to protect this layer.
Discuss the effects of thermal wind
Answer:
✿´`·.·´`✿Because thermal wind causes an increase in wind velocity with height, the westerly pattern increases in intensity up until the tropopause, creating a strong wind current known as the jet stream. The Northern and Southern Hemispheres exhibit similar jet stream patterns in the mid-latitudes.
8. The ocean's global conveyor belt plays a key role in distributing heat energy and regulating weather and climate. The driving force behind this circulation system is.
90″N 50°N Τ 30″N 30 S 60 S 90 S =) 45″E Anbardz Üzumpolar Rick Lumpkin (NOAA/AOML) 90°E 135 E Kurosho North Equalor M 180⁰ Californill North Equatora CC South Equatorial Antarctic Circumpolar 135 W 90 W W * 1 point lorth Equatoria ود S 45 W
A-Earth's orbital distances around the Sun throughout the year
B-differences in the heat energy balance at different latitudes on Earth
C-convections cells throughout the oceans that are the result of the Coriolis affect
D-the circulation of air in the troposphere due to differences in incoming solar radiation
The driving force behind the ocean's global conveyor belt is differences in the heat energy balance at different latitudes on Earth. (Option B).
Why is the Driving Force behind the Oceans Global Conveyor the Difference in Heat Energy Balance at different Earth Latitude?The reason why the driving force behind the ocean's global conveyor belt is differences in the heat energy balance at different latitudes on Earth is because the conveyor belt is driven by a combination of temperature and salinity gradients in the ocean, which are influenced by the amount of solar energy that reaches different parts of the planet.
Specifically, warm water at the surface of the ocean near the equator flows towards the poles, where it cools and sinks, and then is transported back towards the equator in deeper ocean currents. This process helps to distribute heat energy around the planet and plays a key role in regulating weather and climate.
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Consider the following discussion between two students about the cause of the seasons.
Student 1: I get it. So since Earth is tilted, there are times when the northern part of
Earth is closer to the Sun than the southern part. So the north has summer and the south has winter. And then later, the south is tilted toward the Sun and gets closer and has summer.
Student 2: I disagree. Although the tilt does bring one hemisphere closer to the Sun, the difference in distance between the northern half and southern half of Earth is really small compared to how far away Earth is from the Sun.
Do you agree or disagree with either or both of the students? Explain your reasoning.
Please include the explanation and not just which student to agree with. Thanks!
I agree with Student 1. The cause of the seasons is indeed the tilt of the Earth's axis. As the Earth orbits around the Sun, the northern hemisphere is tilted towards the Sun during the summer, and away from the Sun during the winter. This causes the northern hemisphere to receive more direct sunlight during the summer months, leading to warmer temperatures and longer days. At the same time, the southern hemisphere is tilted away from the Sun during the northern hemisphere's summer, causing it to receive less direct sunlight and leading to cooler temperatures and shorter days.
While it is true that the difference in distance between the northern and southern halves of the Earth is relatively small compared to the distance between the Earth and the Sun, it is the angle of the Sun's rays that is more important in determining the amount of sunlight and heat received by a particular region on Earth. This is because the angle of the Sun's rays affects the amount of atmosphere the sunlight has to pass through, and this can cause the sunlight to be more or less intense, depending on the angle.
In conclusion, the tilt of the Earth's axis is indeed the cause of the seasons, and Student 1 is correct in their understanding of this phenomenon.
1. Brazil is to South America as
America.
is to North
Brazil is in South America, much as the United States is to the north of Mexico.
Where is Brazil Located?Brazil is the fifth-biggest country in the world and the largest in South America. With a 4,500-mile (7,400-kilometer) coastline along the Atlantic Ocean, it forms a massive triangle on the eastern side of the continent. With the exception of Chile and Ecuador, it shares borders with every country in South America.
The Brazilian countryside is incredibly diverse. It is well renowned for its thick woods, notably the Amazon, the largest jungle in the world, which is located in the north. Yet, there are also vast wetlands, rough hills, pine woods, arid grasslands (known as pampas), enormous plateaus, and a lengthy coastal plain.
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Which is the most populated state in US?
Answer:
California is the most populated state in US
What is an example of morality
An example of morality is the belief that it is wrong to lie, cheat, or steal. This belief is a moral value that is held by many people in different cultures and societies.
How can it be elaborated?When we talk about morality, we're talking about a set of ideals or principles that serve as our benchmarks for what is or is not proper. Honesty is a moral ideal that is highly valued in many cultures and societies. It is an example of morality. In order to be honest, we must always speak the truth in love and avoid lying or being dishonest with others. The Ten Commandments and other religious teachings place a strong emphasis on this moral principle, which is also highly regarded in secular ethics. Compassion, respect for others, justice, and accountability are some further examples of moral ideals. These guiding principles assist us in creating a just and moral society based on respect and trust for one another.
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5) If the Moon is a new Moon when it rises, which phase
Will it be in when it sets?
If the Moon is a new Moon when it rises, the waxing crescent moon phase Will be in when it sets. Thus, option D is correct.
What are the phases of the moon?A moon phase is the outline of the illuminated area of the crescent when observed from Earth. There are eight different moon phases. This depends upon the positioning and the circle in which the moon appears.
The Waxing Crescent Moon rises during the day before twelve and has become noticeable in the day sky, with few exceptions. During sunset, it gets increasingly conspicuous, but it usually sets around midnight.
Therefore, option D is the correct option.
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The question is incomplete, the complete question is:
If the Moon is a new Moon when it rises one day, which of the phases below will it be in when it sets later that same day?
A) first quarter
B) third quarter
C) full
D) waning gibbous
E) waning crescent
which of these statements is supported by the graph? select all that apply. which of these statements is supported by the graph? select all that apply. citizens of sub-saharan africa tend to have few happy life years as well as a low ecological footprint. the larger a nation's ecological footprint, the more happy life years its citizens will have. resource consumption in developed nations has increased over time. citizens of the western world tend to have many happy life years as well as a large ecological footprint. the nations of the middle east show the largest range in both happy life years and ecological footprint.
The statement that is supported by the graph is citizens of the western world tend to have many happy life years as well as a large ecological footprint. The correct option is c.
What are ecological footprints?The usage of productive surface areas is monitored via the ecological footprint. These areas typically include cropland, grazing land, fishing grounds, developed land, forest area, and land with high carbon demand.
The level of human activity as measured by his biological needs in relation to the biological resources available could be referred to as his ecological footprint. The ecological footprint is becoming more and more significant as a way to monitor how much of an influence humans are having on the planet's natural ecosystem.
Therefore, the correct option is c. citizens of the western world tend to have many happy life years as well as a large ecological footprint.
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The question is incomplete. The missing graph is given below:
consider these real-world items. which of them illustrates elastic rebound or behaves like rocks prior to and during an earthquake?
The items that illustrate elastic rebound or behave like rocks prior to and during an earthquake are:
EraserBungee cordRubberWhat is the elastic rebound theory?The elastic rebound theory states that in the event of a strong force on a rock, there is a sudden deformation that would also result in the rebounding of the rocks.
This latter effect casue the earthquake that is felt on the surface of the earth. The same type of force is experience by the breal items mentioned above. They first experience a force that rebounds and causes a spliting.
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lane. Q16 The intersection of that zone with earth's surface is called a
Answer: Fault
Explanation:
A fault trace or fault line is the intersection of a fault plane with the ground surface. A fault trace is also the line commonly plotted on geologic maps to represent a fault.
Precipitation (mm)
320
280
240
200
160
120
80
40
0
Jan
Feb
Mar
Apr
May
Jun
Jul
Aug
Sep
Oct
Nov
Which statement best describes the climate of Lagos?
Dec
Answer:
160
Explanation:
because the mean of nov and jan is 160
igneous rocks are also classified by their silica content, which of the following is true for high silica igneous rock?
High silica igneous rocks, also known as felsic rocks, typically have a silica content of over 65%. They are typically light-colored and are rich in minerals such as quartz and feldspar.
What is High silica igneous rocks?There is a significant amount of silica present. A form of igneous rock with a high silica concentration, usually greater than 65%, is referred to as a felsic rock. One of the most common components in the Earth's crust is silica, a material comprised of silicon and oxygen. Minerals like quartz and feldspar are abundant in high silica igneous rocks, which are frequently light in color.
High silica igneous rocks come in a wide range of variations, such as:
1. Granite: Granite is a felsic rock with a coarse grain comprised of quartz, feldspar, and mica. It frequently has a pale hue and contains a lot of silica. Granite is a typical mountain range rock type that is frequently utilized in construction.
2. Rhyolite: Granite and rhyolite are both fine-grained felsic rocks, though rhyolite has a finer texture. It usually has a pale color and is the result of volcanic eruptions. Rhyolite can be used as a decorative stone and is frequently discovered in volcanic areas.
3. Pumice: Created by volcanic eruptions, pumice is a light-colored, porous felsic rock. It is frequently used as a light abrasive or in horticulture and is typically light enough to float on water.
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Study Figure 8, a photograph showing a modern industrial development.
Figure 8
HUPE
Using Figure 8 to help you, explain how modern industrial developments can be made
more environmentally sustainable.
[4 mark
Industrial development encourages the development of science and technology.
What is the meaning of Industrial development?
Development in the industrial sector promotes advances in science and technology. Industrial development carries out research and creates new goods. Biofuels like ethanol are an example of industrial progress. Research is done on industrial wastes, and byproducts like biodiesel-produced Jatropha seeds are created.
Science and technology progress is aided by industrial development. Industrialization is followed by urbanization. Transport and communication expand when a region becomes more industrialized.
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question 2: in order for a lunar eclipse to occur, these three celestial bodies must line up in this order.
When the Sun covers the Moon with Earth's shadow, a lunar eclipse occurs. The "Sun, Moon, and Earth" must all be on the similar plane of orbit for this to occur, with the Earth physically between them.
Explain about the lunar eclipse?When the Sun covers the Moon with Earth's shadow, a lunar eclipse occurs.
The Sun, Moon, and Earth must be all in the equivalent plane of orbit for this to occur, with the Earth physically between them. Only under a full moon and whenever the Moon travels entirely or partially through Earth's shadow can there be a lunar eclipse.The penumbral shadow, that is the area where Earth blocks only a portion of the Sun's light before reaching the Moon, is the outer section of both the shadow cast by Earth. The region where Earth prevents the Moon from receiving any direct sunlight is known as the "inner" shadow and is called the umbral shadow.Thus, the Sun, Moon, and Earth must all be on the similar plane of orbit for this to occur, with the Earth physically between them to from lunar eclipse.
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The correct question is-
In order for a lunar eclipse to occur, which three celestial bodies must line up in this order.
Which mathematical concepts did Euler's legacy include? Check all that apply.
A. the notation for the imaginary unit
B. the idea of a functional relationship
C. the formalization of function notation
D. the definition of a circle's circumference
E. the notation for the base of the natural logarithm
Euler's contributions to mathematics include the definition of a circle's circumference. Thus, choice (D) is the right one.
What is meant by a Mathematical Concept ?The definition of a notion is an abstract idea. A mathematical notion is thus a broad mathematical idea. Mathematical concepts include notions of counting, addition, and multiplication.
There is a long history of fundamental mathematical ideas. There are several examples of ancient groups of people maintaining records and counting various items, proving that counting has been around for a very long time.
Roman numerals were employed by the Ancient Romans, while the Ancient Egyptians utilized pictographs as their numerical system. But addition and multiplication are fundamental mathematical operations that are considerably simpler to understand in our current base-10 positional system, known as the Hindu-Arabic system.
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What is my latitude if the sun is at 51° north on May 5?
Match the words in the left-hand column to the appropriate blank in the sentences in the right-hand column. Use each word only once.
1. The largest moon in the solar system is *Ganymede.
2. The jovian moon with the most geologically active surface is *Io.
3. Strong evidence both from surface features and magnetic field data support the existence of a subsurface ocean on *Europa.
4. *Tidal heating is responsible for the tremendous volcanic activity on Io.
5. *Callisto is the most distant of Jupiter's four Galilean moons.
6. The fact that Europa orbits Jupiter twice for every one orbit of Ganymede is an example of a(n) *orbital resonance.
1. The largest moon in the solar system is *Ganymede.
2. The Jovian moon with the most geologically active surface is *Io.
What do you mean by orbital resonance?When two satellites' orbital periods are connected by integer relationships, they can exert a gravitational pull on one another and change the eccentricity of their orbits, resulting in an orbital resonance.
3. Strong evidence both from surface features and magnetic field data support the existence of a subsurface ocean on *Europa.
4. *Tidal heating is responsible for the tremendous volcanic activity on Io.
5. *Callisto is the most distant of Jupiter's four Galilean moons.
6. The fact that Europa orbits Jupiter twice for every one orbit of Ganymede is an example of a(n) *orbital resonance.
Therefore, the Correct match is done above.
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What are the thermal winds effect?
Answer:
Thermal winds are winds created by differences in air temperature. They are caused by differences in air pressure due to uneven heating of the Earth's surface. As hot air rises, it creates an area of low pressure. This low pressure causes air to be drawn in from other areas of higher pressure, creating winds. As the air cools, it descends and creates an area of high pressure, which draws in air from other areas of low pressure. This creates a cycle of winds that can affect local weather patterns and even global climate.
Answered By Unish ©
Verified Answer ✅
Explanation:
The thermal wind effect is a meteorological phenomenon that occurs in the atmosphere, particularly in the middle and upper levels. It is a result of the interaction between horizontal temperature gradients and the Coriolis force, which is the apparent force that deflects moving objects to the right in the Northern Hemisphere and to the left in the Southern Hemisphere due to the Earth's rotation.
In the thermal wind effect, a horizontal temperature gradient exists between two adjacent layers of the atmosphere. This temperature gradient causes a difference in pressure between the two layers. The Coriolis force then causes air to flow from higher to lower pressure, which creates a wind that is perpendicular to both the temperature gradient and the pressure gradient.
The thermal wind effect is an important factor in the formation of the jet stream, which is a narrow band of strong winds in the upper atmosphere that generally flows from west to east. The temperature gradient between the cold polar air and the warmer air at lower latitudes creates a pressure gradient that drives the jet stream. The Coriolis force then causes the wind to rotate and form the characteristic meandering pattern of the jet stream.
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Verified Answer ✅
4. The hurricane is predicted to be MOST destructive at location
* The image shows the three-day cone forecast of a hurricane. Hour locations (I, II, III, IV) are labeled on th liagram.
MIS O IV AL 2 AM Tue 2 AM Mon III SAMSO Max Sustained Wind 105 mph Current Movement NW at 6 mph Current Center Location Forecast Center Positions H Sustained wind > 73 mph S Sustained wind 39-73 mph D Sustained wind < 39 mph Potential Day 1-3 Track Area Hurricane Warning Hurricane Watch Tropical Storm Warning Tropical Storm Watch point
| Sorry if the question is confusing I can't put the photo in here, the question is from Earth Science Unit 2 Quiz Weather and Climate if anyone has answers to the other questions let me know pls! |
A- I
B- ll
C-lll
D-IV
Based on the given image of the three-day cone forecast of a hurricane, the location where the hurricane is predicted to be MOST destructive is likely at location D-IV, which is the point closest to the center of the cone and where the hurricane is expected to make landfall.
What does the cone depict?The cone represents the probable track of the hurricane and its potential path, with the center of the cone indicating the most likely path of the storm.
The areas within the cone are at risk of being affected by the hurricane, but the point closest to the center of the cone is likely to experience the most severe impacts, including high winds, storm surge, and heavy rainfall.
Therefore, option D-IV is the most likely location for the hurricane to be MOST destructive.
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1.what are effect of physical factors on human activity ?
2.Explain three factors that contributed to rapid world population growth after the 1950's?
1. Physical factors can have a significant impact on human activity, both in terms of where people choose to live and work and how they go about their daily lives. Some common physical factors that can affect human activity include:
Climate: People tend to prefer living in areas with moderate temperatures and adequate rainfall. Extreme heat, cold, or dryness can make it difficult to work or carry out daily activities.
Topography: The shape and elevation of the land can affect human activity in a number of ways. For example, steep hills or mountainous terrain can make it difficult to build roads and buildings or farm the land.
Natural disasters: Earthquakes, floods, hurricanes, and other natural disasters can have a major impact on human activity by damaging buildings and infrastructure, disrupting transportation, and causing injury or loss of life.
2. There were several factors that contributed to rapid world population growth after the 1950s. Three of the most significant include:
Medical advances: In the mid-20th century, there were significant advances in medical technology and public health, including the development of antibiotics, vaccines, and other treatments that helped reduce mortality rates and improve life expectancy.
Agricultural advancements: Advances in agricultural technology, including the use of fertilizers, pesticides, and irrigation systems, helped increase crop yields and feed more people.
Urbanization and industrialization: As countries became more industrialized and urbanized, there were more job opportunities and people began to migrate from rural areas to cities. This shift in population helped contribute to the overall increase in global population.
(i) Horticulture means (a) growing of fruits and vegetables (c) growing of wheat (b) primitive farming
Answer:
A
Explanation:
Answer:It A I hope this help
Explanation:
the science and art of growing fruits, vegetables, flowers, or ornamental plants.
Vegetables, fruits, flowers, ornamentals, and lawn grassesare examples of horticultural crops and are typically produced on a smaller scale with more intensive management than agronomic crops. Some horticultural crops are grown for aesthetic enjoyment and recreation.
The word horticulture is derived from two Latin words (hortus[garden]+cultura [culture]), and is defined as “the art and science of growing fruits, vegetables, herbs, nuts and ornamental plants (trees, shrubs, flowering plants and turf).
horticulture, the branch of plant agriculturedealing with garden crops, generally fruits, vegetables, and ornamental plants. The word is derived from the Latin hortus, “garden,” and colere, “to cultivate.” As a general term, it covers all forms of garden management, but in ordinary use it refers to intensive commercial production. In terms of scale, horticulture falls between domestic gardening and field agriculture, though all forms of cultivation naturally have close links.
This is a coarsely crystalline igneous rock, so to identify the rock you only need to estimate its composition. Select the option that gives the closest approximation of the proportion of the minerals.
The composition of coarsely crystalline igneous rock are 15% mafic (dark) minerals, 85% felsic (light) minerals.
What is Igneous rock?Igneous rocks are formed when hot, molten rock crystallizes and changes its integrity. The melt originates from deep below the Earth near active plate boundaries or hot spots of volcanoes, then rises toward the surface.
There are two main categories of igneous rocks, are extrusive and intrusive. Extrusive rocks are formed on the surface of the Earth from lava (magma) that emerged from underground. Intrusive rocks are formed from magma that cools and solidifies within the crust of the planet.
Therefore, Igneous rocks are 15% mafic (dark) minerals, 85% felsic (light) minerals.
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a fuel's ____ is the total amount of thermal energy released when a specific amount of that fuel burns.
A fuel's heat of combustion is the total amount of thermal energy released when a specific amount of that fuel burns.
The quantity of heat released when a specific amount of a substance undergoes burning is known as the heat of combustion, also known as the calorific value or the energy value. The term "heat of combustion" is frequently used interchangeably with "calorific value," which is the total amount of energy released after the full combustion of a given mass of a substance in the presence of (enough) oxygen under typical conditions of pressure & temperature.
When hydrocarbons are used as fuels, their potential is typically measured in terms of calorific value, which is based on the combustion reaction they go through with oxygen to produce water and carbon dioxide.
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Which of the following not only results from greenhouse warming, but also contributes to additional warming of Earth (i.e., is a positive feedback loop)?
A) decreased size of Arctic snowpack
B) decreased incidence of sunspot activity
C) increased volcanic activity
D) increased emissions of particulates and aerosols from industrial activity
E) decreased air temperature and subsequent formation of clouds
Option (a), The Arctic snowpack's diminished size is as follows not only results from greenhouse warming but also makes the Earth's temperature rise (i.e., is a positive feedback loop).
What role do greenhouse gases play in the melting of Arctic ice?Simply explained, for every tonne of carbon dioxide released, the climate warms slightly. As a result of this warming, the sea ice edge moves northward to a region with lower solar radiation. As a result, the sea ice's surface area diminishes.
How does the greenhouse effect impact the Arctic?If quick action is not made to cut greenhouse gas emissions, the effects of a warming Arctic will continue to be felt throughout the entire world. As a result, locations all over the world—even thousands of kilometers south of the Arctic—will see increasing sea levels, changing temperature and precipitation patterns, and an increase in extreme weather events.
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Which waves generated during an earthquake cause the most damage, have large amplitudes , and long wavelengths? Study island
A). Primary waves
B). Secondary waves
C). Surface waves
D). Sound waves
Answer:
Surface waves arrive next and cause a structure to vibrate from side to side. They are the most damaging waves, because buildings are more easily damaged from horizontal motion than from vertical motion.
Which of the following words can be used to describe Mercury, Venus, Earth, and Mars? Astronomy
Rocky and dense words can be used to describe Mercury, Venus, Earth, and Mars (planets).
What is planets?The term “planet” refers to a large celestial body that orbits around the sun, but the sun is a fixed point in place. The planets are different sizes, as smaller planets are Earth, Mercury, Mars, and Venus. The larger gas giant planets are Jupiter, Uranus, Neptune, and Saturn.
According to the scientist, Mercury, Venus, Earth, and Mars (planets) is called terrestrial. Mercury, Venus, Earth, and Mars are the rocky surfaces and dense. The main reason is growing larger and the much higher surface temperature in this planet.
As a result, the concluded the rocky and dense words can be used to four plants.
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1. Hundreds of meteors regularly burn up in the earth’s atmosphere before hitting the earth.
2. Rocks from space that hit the earth are called meteoroids.
3. The nearby Orion Nebula offers us a case study on what may have happened at the origin of the universe.
ALL TRUE OR FALSE PLS HELP
SUBJECT EARTH SCIENCE
