Answer:
Newton realized that the reason the planets orbit the Sun is related to why objects fall to Earth when we drop them. The Sun's gravity pulls on the planets, just as Earth's gravity pulls down anything that is not held up by some other force and keeps you and me on the ground.
Explanation:
Answer:gravity
Explanation:
because of the magnetic pull
What is the meaning of stymied as used in the passage
Kaleb is working on a construction crew in Tucson, Arizona for the summer. While he is happy to have work, he can't seem to get enough to drink. He brings a gallon jug of water with him to work every day and finishes it by noon. How much more water should Kaleb bring with him to the construction site?
a. An extra 24-oz. bottle of water
b. An extra quart container of water
c. An extra half-gallon container of water
d. A second gallon container of water
Answer:
d. A second gallon container of water
Explanation:
Kaleb is working on a construction crew in Tucson, Arizona for the summer. While he is happy to have work, he can't seem to get enough to drink. He brings a gallon jug of water with him to work every day and finishes it by noon. How much more water should Kaleb bring with him to the construction site?
Since hee brings a gallon jug of water with him to work every day and finishes it by noon, all he needs to do, is to start bringing second gallon container of water with him to the construction site.
Which agent of erosion most likely moves sediments in a sand dune
Answer:
Wind deposition
Explanation:
Wind Deposition is the geological phase through which a landform or land mass is attached to sediments, soil, and rocks.This occurs when the wind slows down or some barrier, like a rock or a clump of grass, traps the sediment of wind-blown sands.
Wind deposition is an agent of erosion which most likely moves sediments in a sand dune. This increases in pace as the wind passes up and over the barrier. It takes the grains of sand up the gently sloping, salting upwind side of the dune.
When visiting a friend in Columbus, OH, this winter, you noticed that the temperatures were consistently colder in Columbus than in your home town of Atlantic City, NJ. When you discussed this with your friend, she explained that Columbus is significantly further inland than coastal Atlantic City, while they are still at the same latitude. Why does that explain the difference in weather?
Answer:
land surfaces heat and cool more rapidly than water surfaces because of the high specific heat of water.
Explanation:
The change is due to the fact that the land surface as compared to the water surface absorbs more amount of heat and can easily release the same amount of heat at much faster rate. While the oceans of the seas have specific heat or water has a heat-retaining capacity like the latent heat it is sensible heat.Thus when coming to Columbus in winters the temperature is colder than the coastal city of Atlanta NJ as the effect of the land and the sea breezes and also temperature extremes are known to be found in the interiors of the continents.Answer: Answer:
land surfaces heat and cool more rapidly than water surfaces because of the high specific heat of water.
Explanation:
The change is due to the fact that the land surface as compared to the water surface absorbs more amount of heat and can easily release the same amount of heat at much faster rate.
While the oceans of the seas have specific heat or water has a heat-retaining capacity like the latent heat it is sensible heat.
Thus when coming to Columbus in winters the temperature is colder than the coastal city of Atlanta NJ as the effect of the land and the sea breezes and also temperature extremes are known to be found in the interiors of the continents.
what is a real world example of beliefs
what is a real world example of value
what is a real world example of customs
Answer:
okay so to the answer of these are:
Explanation:
* beliefs are the opinions of something people hold to be true to them.
(for example : faith in God is an example of belief.)
* A real world example of value is something that relates to happiness, wealth, career success or family.
( for example it mostly has to do with your personality traits and what you like to do.)
* Custom is a tradition or a usual way to behave.
(An example if a custom is Catholics giving up meat on Fridays during Lent.)
An explanation of real-world examples of beliefs, values, and customs.
Explanation:Beliefs:A real-world example of beliefs is religious beliefs. For example, someone following the belief system of Christianity believes in the existence of God, the divinity of Jesus, and the teachings of the Bible.
Values:A real-world example of values is environmental conservation. People who value protecting the environment may engage in actions such as recycling, reducing energy consumption, and supporting conservation organizations.
Customs:A real-world example of customs is the celebration of New Year's Eve. Customs associated with this holiday may include fireworks, parties, and making New Year's resolutions.
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________ allows a scientist to measure the volume of gas released during a reaction.
Answer:
I am not sure but i think gas syringe
Answer:
A Manometer
Explanation:
USATESPREP 2022
what is the bermuda triangle
Answer:
the bermuda is an area of the western Atlantic Ocean between Florida, Bermuda, and Puerto Rico where a large number of ships and aircraft are said to have disappeared mysteriously.
Explanation:
Answer:
The Bermuda Triangle is a mythical section of the Atlantic Ocean roughly bounded by Miami, Bermuda and Puerto Rico where dozens of ships disappear
Explanation:
A right pyramid with a square base has a base length
of x inches, and the height is two inches longer than
the length of the base. Which expression represents
the volume in terms of x?
Answer:
A: x^2(x+2) / 3
Discuss the tension that exists between popular and folk culture.
Tension between popular and folk cultures arises from the struggle between the dominance of mass culture, largely shaped by political, economic or media elites, and the persistence of minority cultures in maintaining traditional and local practices. However, these cultures often interact and influence each other, leading to cultural adaptations and syncretism.
Explanation:The tension that exists between popular and folk culture lies in the dynamic power relations and socio-economic processes that influence the production, dissemination, and acceptance of these cultures. Popular culture, characterized as the dominant or mass culture, is typically influenced by mass media and consumerism, encapsulating the most prevalent attitudes, preferences, and behaviors within a society. In contrast, folk culture is often viewed as traditional, specific to a locale or group, and considered as the local or minority culture.
Popular culture often shapes societal norms and values due to its pervasive nature, largely shaped by political elites and institutions. However, folk culture, often linked with a group's history, traditions and local practices, can offer resistance to the homogenizing influence of popular culture. It represents a means for societal subsets to maintain their unique identity and maintain solidarity.
However, these cultural forms aren't mutually exclusive. They often interact and influence each other, leading to cultural syncretism. Examples of this include pop music with folk influences and traditional themes in contemporary cinema
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Which of the following are conditions that lead to the lifting of warm, moist air to form a thunderstorm?
A. Air cools and water vapor condenses to form raindrops.
B. Air encounters a mountain range.
C. An air mass encounters a high-pressure system.
D. A cold air mass overtakes a warm air mass.
E. An area is warmed by solar radiation.
Final answer:
The conditions that can lead to the lifting of warm, moist air to form a thunderstorm are air encountering a mountain range, a cold air mass overtaking a warm air mass, and an area being warmed by solar radiation. These scenarios facilitate the ascension of moist air, its cooling, and the condensation process, which releases energy and can lead to storm formation.
Explanation:
The conditions that lead to the lifting of warm, moist air to form a thunderstorm include:
Moist air encountering a mountain range: As moist air from the ocean rises over a mountain range, it cools, and its water vapor condenses, leading to precipitation on the windward side and creating a rain shadow on the leeward side.
Cold air mass overtaking a warm air mass: When a cold air mass interacts with a warm air mass, the warm air is forced upward, where it cools and condenses, forming clouds and potentially thunderstorms.
An area being warmed by solar radiation: The warming of the Earth's surface by solar radiation can cause air to expand, ascend, and cool, with the potential for water vapor to condense and form a thunderstorm.
When water vapor condenses in the atmosphere, it releases heat, which in turn causes the air to rise more, creating a positive feedback loop that can lead to the formation of cumulus clouds and sometimes result in violent storms such as thunderstorms and hurricanes.
What planet is the smallest end closest to the side
Answer:
Mercury is the smallest and closet to the sun.
Scientists search for fossil fuels in many ways. Which type of surveying involves sending a sound wave into the ground (by exploding dynamite, thumping the ground with a large weight, or using an electric vibrating machine) and measuring its return to the surface at receiving stations is called ________ surveying.
A. dynamite
B. destructive
C. seismic
D. sonar
E. geologic
Answer:
C. seismic
Explanation:
Which resources are significantly polluted by heavy metals like mercury?
A. soil
B. water
C. neither A nor B
D. both A and B
Answer:
D correct on edge
Explanation:
Which line represents 0° latitude?
Answer: Prime Meridian or Equator
Explanation: It's zero degrees latitude because it's the equator and it divided the Earth into two equal hemispheres (north and south).
The term_________refers to earthquakes that occur ~25 miles below the earth's surface, which are called_______quakes. Detecting the onset of such events can provide a warning that a large earthquake is imminent
Answer:
Slow slip, silent
Explanation:
Slow slip refers to earthquakes that occur ~25 miles below the earth's surface, which are called Silent quakes. Detecting the onset of such events can provide a warning that a large earthquake is imminent
Which statements describe convergent boundaries?
Answer:
A convergent boundary, or destructive boundary, is where two plates are moving towards each other and colliding. The pressure and friction is great enough at these boundaries that the material in the Earth's mantle can melt, and both earthquakes and volcanoes happen nearby.
Explanation:
Answer:
C-Subduction Occurs
Explanation:
A convergent boundary is an area on Earth where two or more lithospheric plates collide. One plate eventually slides beneath the other causing a process known as subduction.
Geologists discovered a layer of rock formed millions of years ago. How do you tell the environment it was from
Answer:
Despite seeming like a relatively stable place, the Earth's surface has changed dramatically over the past 4.6 billion years. Mountains have been built and eroded, continents and oceans have moved great distances, and the Earth has fluctuated from being extremely cold and almost completely covered with ice to being very warm and ice-free. These changes typically occur so slowly that they are barely detectable over the span of a human life, yet even at this instant, the Earth's surface is moving and changing. As these changes have occurred, organisms have evolved, and remnants of some have been preserved as fossils.
A fossil can be studied to determine what kind of organism it represents, how the organism lived, and how it was preserved. However, by itself a fossil has little meaning unless it is placed within some context. The age of the fossil must be determined so it can be compared to other fossil species from the same time period. Understanding the ages of related fossil species helps scientists piece together the evolutionary history of a group of organisms.
For example, based on the primate fossil record, scientists know that living primates evolved from fossil primates and that this evolutionary history took tens of millions of years. By comparing fossils of different primate species, scientists can examine how features changed and how primates evolved through time. However, the age of each fossil primate needs to be determined so that fossils of the same age found in different parts of the world and fossils of different ages can be compared.
There are three general approaches that allow scientists to date geological materials and answer the question: "How old is this fossil?" First, the relative age of a fossil can be determined. Relative dating puts geologic events in chronological order without requiring that a specific numerical age be assigned to each event. Second, it is possible to determine the numerical age for fossils or earth materials. Numerical ages estimate the date of a geological event and can sometimes reveal quite precisely when a fossil species existed in time. Third, magnetism in rocks can be used to estimate the age of a fossil site. This method uses the orientation of the Earth's magnetic field, which has changed through time, to determine ages for fossils and rocks.
Hope this help's you
Which of the following statements is true? Choose one: A. All of the possible answers are correct. B. Damming a river decreases the amount of sediment and nutrients the river carries downstream of the dam. C. Urbanization can increase the risk of flash flooding. D. Overconsumption of Colorado River water has caused the river to become nearly dry where it crosses the Mexican border.
Answer:
All of the possible answers are correct.
Explanation:
Which of the following statements is true? Choose one:
A. All of the possible answers are correct. .
Damming a river decreases the amount of sediment and nutrients the river carries downstream of the dam.
C. Urbanization can increase the risk of flash flooding.
D. Overconsumption of Colorado River water has caused the river to become nearly dry where it crosses the Mexican border.
The physics definition of energy states that energy ______.
A. Cannot be transferred
B. Is limited
C. Cannot be conserved
D. Is a currency that allows you to do work
Answer:
The answer is B
Answer:
it's B
Explanation:
Which examples of Westernization does this part of the video highlight? Check all that apply.
the interest in skateboarding among Chinese youth
the increasing use of the French language in China
the acceptance of baseball among Chinese sports fans
the popularity of an American brand of automobile in China
the dominance of a Western-style fast-food restaurant in China
the interest in skateboarding among Chinese youth
the popularity of an American brand of automobile in China
the dominance of a Western-style fast-food restaurant in China
Explanation:
The video talks about how the western culture is highly influencing the life of the people in China and especially the youth. There are so many things that are being learnt after getting inspired by the countries in the western part of the world.
Some of the most common things that the youth has learnt are skateboarding, American brand of automobile becoming popular and the popularity of fast food.
Answer:
A) the interest in skateboarding among Chinese youth
D) the popularity of an American brand of automobile in China
E) the dominance of a Western-style fast-food restaurant in China
Explanation:
The Earth's oceans evolved 1.from condensation of water vapor in a hydrogen-oxygen rich atmosphere. 2.as Earth warmed. 3.with accumulation of rainfall. 4.from condensation of water vapor from volcanic eruptions.
Answer:
the answer is no 3with the accumulation of rainfall.
The Earth's oceans evolved from water vapor condensation through volcanic eruptions and contributions from comets and asteroids.
The Earth's oceans evolved from the condensation of water vapor from volcanic eruptions, along with contributions from comets and asteroids. The water vapor condensed to form clouds and eventually filled basins on Earth's surface, leading to the formation of the oceans.
Identify and explain the two factors that influence the actual movement of global winds?
Answer:
Atmospheric pressure
One of the prime drivers of wind direction is atmospheric pressure, essentially the weight at a given point of the overlying column of air. Low pressure is often caused by solar heating, as warmer air ascends; cooled, descending air creates an area of high pressure. Winds flow generally from high to low pressure, essentially to replace the “loss” of air in the latter situation. In addition to helping drive prevailing winds, heat and pressure differences cause variations in local wind direction. For example, “sea breezes” and “land breezes” form because of the differential heating of land masses and large water bodies. During the day, the land surface absorbs heat more rapidly than the water surface and heats the overlying air, which rises; at the height of this, usually in the afternoon, winds travel from the higher-pressure water body inland. At night, the opposite happens--the air over the water retains more heat than the fast-cooling land--and a “land breeze” heads sea- or lakeward.
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List Three Factors That Affect Wind Direction
Updated November 22, 2019
By Ethan Shaw
Winds indicate the restlessness of the Earth’s atmosphere: Air moves about chaotically near the ground, responding to differences in heating and atmospheric pressure, while distinct prevailing high-level winds transfer weather systems around the globe. Despite the large scale of these movements of air, and the confusing pattern they weave to a human observer at the brink, say, of a big storm, the triggers of wind direction are relatively straightforward.
Atmospheric Pressure
Daytime sea breezes and nighttime land breezes commonly occur along coasts.
One of the prime drivers of wind direction is atmospheric pressure, essentially the weight at a given point of the overlying column of air. Low pressure is often caused by solar heating, as warmer air ascends; cooled, descending air creates an area of high pressure. Winds flow generally from high to low pressure, essentially to replace the “loss” of air in the latter situation. In addition to helping drive prevailing winds, heat and pressure differences cause variations in local wind direction. For example, “sea breezes” and “land breezes” form because of the differential heating of land masses and large water bodies. During the day, the land surface absorbs heat more rapidly than the water surface and heats the overlying air, which rises; at the height of this, usually in the afternoon, winds travel from the higher-pressure water body inland. At night, the opposite happens--the air over the water retains more heat than the fast-cooling land--and a “land breeze” heads sea- or lakeward.
Coriolis Effect
Winds, though, are partly shunted off direct courses between high and low pressure by the rotation of the Earth. This discrepancy of direction is called the Coriolis effect. The planet rotates from west to east (hence the “rising” of the sun in the east and its “setting” in the west). In the Northern Hemisphere, the Coriolis effect causes out-rushing winds from a high-pressure cell--the anticyclone--to blow in clockwise fashion, while in-rushing winds spiral counterclockwise around the low-pressure cyclone.
Explanation:
The speed of wind varies from calm to the very high speeds of hurricanes. Wind is created when air moves from areas of high pressure toward areas where the air pressure is low. Seasonal temperature changes and the Earth's rotation also affect wind speed and direction
Answer:Two factors are atmospheric pressure and topography.
Explanation:
Atmospheric pressure: This is one of the prime drivers of wind direction. Low pressure is often caused by solar heating, as normal air ascends; cooled descending air creates an area of high pressure. Winds flow generally from high to low pressure. In addition to drive prevailing winds, heat and pressure differences causes variation in local winds direction. Example of this can be seen due to differential heating of land masses and large water bodies, "sea breeze" and "land breeze" are formed.
Topography: At the earth's surface, topographic variations may affect wind movement. An example is seen in mountainous regions where winds switch from blowing up and down depending on the time of the day. This has to do with differential heating, pressure and air parcel weights. At night, heavy cooled air moves down into the valley bottoms but during the day, heating of surrounding slopes draws wind out of the bottoms.
Where on earth do we often find examples of metamorphism due to chemically active
fluids?
Tom hatches an evil plan to catch Jerry by placing mouse traps all over the room. Each mouse trap is 15cm long and 10cm wide. The room is 5m long and 3.6m wide. Tom places 1000 mouse traps in the room. How much room does Jerry have left to walk?
Answer:
3 m²
Explanation:
area of each trap = L × B = 15 cm × 10 cm = 0.15 m × 0.1 m = 0.015 m²
total area occupy by trap = number of traps × each area = 1000 × 0.015 m² = 15 m²
area of the room = 5 m × 3.6 m = 18 m²
amount of room remaining for Jerry to walk = 18 m² - 15 m² = 3 m²
Write a reflection based on any other thoughts you have about Earth Day here
Answer:
A day in Earth is perfectly timed in order for all natural processes in organisms to carry out and sustain life and also mutually support all living and non living things. The processes happening in one earth day causes interconnected chains and interdependent living. For example the timing and simultaneous occurrence of respiration and photosynthesis---this means the air composition is ideal for sustaining all organisms at any point of time during the 24hour period until the next cycle begins.
In which of the following cases would you expect the LEAST amount of flooding due to a rainstorm? Assume all areas receive similar amounts of rainfall in the rainstorm and there are no flood control measures in any of the areas. A) A city with many houses, paved roads, and sidewalks B) An area where soil is already saturated due to previous recent thunderstorms C) A short duration rainstorm falling on an area that is typically very dry such as a desert D) A long duration rainstorm falling on an area that consists of forest, grasslands, and no human development. E) An area where the ground is frozen
Answer:
The correct answer is D. A long duration rainstorm falling on an area that consists of forest, grasslands, and no human development
Explanation:
A long duration rainstorm falling on an area that consists of forest, grasslands, and no human development will lead to a LEAST amount of flooding due to a rainstorm assuming all areas receive similar amounts of rainfall in the rainstorm and there are no flood control measures in any of the areas.
How are mountains formed by various rock cycle processes?
Answer:
the process of erosion
Explanation:
After erosion, earthquakes and all of mother nature stuff, erosion moves rocks and forms mountains and earthquakes move the tectonic plates and then everything above that moves up and forms a mountain
Which are often considered part of Oceania
Oceania is a region in the Pacific Ocean composed of thousands of islands, including Australia, New Zealand, and Papua New Guinea. It is divided into four main culture areas: Australia, Melanesia, Micronesia, and Polynesia.
Explanation:Oceania is a region in the western and central Pacific Ocean composed of thousands of islands. It includes the larger landmasses of Australia, New Zealand, and Papua New Guinea, as well as independent islands and those under other countries' oversight. Oceania is generally divided into four main culture areas: Australia, Melanesia, Micronesia, and Polynesia.It is divided into four main culture areas: Australia, Melanesia, Micronesia, and Polynesia.
The outer planets are much more massive and much lower density than the inner planets. What conditions in the disk of gas and dust that surrounded the protostar that became the sun led to the difference between the Jovian and Terrestrial planets
Answer:
As explained below.
Explanation:
The outer planets are formed by gases and they have low densities than the rocky planets like earth. The protostars consists of the molecular clouds of the hydrogen and they having a critical mass tends to collide under its own gravity and thus their mass is being dominated by the presence of gases. According to the nebular hypothesis the cloud that was associated with the youthful sun was slowly rotating. As the approach of a wandering star that was in a cigar-shaped extension continued to revolve around the sun and like it to separated the material spread and slowly formed into planets. The fast and accelerating protoplanetary disk that was hot n the beginning cooled to the from the Tauri star and this formed the rocks and ice having making terrestrial planets. Formation of jovian planets was due to the distance from the sun due to the frost line and slow acceleration of the core disksWho is LeBron James and Anthony Davis?
Answer:
They are both basketball players
Explanation:
anthonys is from the lacker and so is lebron james
LeBron James and Anthony Davis are professional Basketball players of the famous American Basketball league, NBA. They both are currently playing in Western conference team called the Los Angeles Lakers.