What happened as a direct result of the impact? On impact with the Earth's atmosphere, the meteor shower burst into flames and burned in the upper atmosphere heating the surface of the Earth and killing many living things across the entire globe, On impact, the interstellar debris vaporized into a toxic gas that killed many organisms on Earth. On impact, the meteorite burst into a cloud of dust, debris, and searing gas that bumed and vaporized all Ife for miles around. Bits of rock flew up into the atmosphere and as the particles came back down. they heated, broiling the surface of the Earth. On impact, the meteorite caused a tsunami - a huge wave that traveled across the oceans. When it came to land, the tsunami devastated all living things that were within about 3 miles of the coast. Question 3 What happened as a result of the dust created by the impact? Dust from the impact, which clouded the atmosphere, was full of sulfur that blocked sunlight creating a dark, cold global winter that lasted for years and caused the End-Cretaceous mass extinction. Dust from the impact fell into the ocean, blocking the gills of marine organisms and killing them. This led to the End-Cretaceous mass extinction. Dust from the impact, clouded the atmosphere and caused the temperature of the Earth's surface to sise dramatically, This global warming event led to the End-Cretaceous mass extinction.
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K t boundary and Probable causes of Dinosour extinctionTahsin Islam Ornee
It describes about K-T Boundary and the probable causes of the mass extinction in K-T boundary. It includes some proves that shows that extra terrestrial impact caused Dinosaur extinction.
Greenhouse a building made mainly of glass, with heat & humidity regulated for growing plants. The atmosphere acts like a glass in a greenhouse.
Atmosphere, like glass absorbs some of the long wave radiation emitted by earth and radiates the energy back to earth. In this way temperature of earth is maintained.
The atmosphere surrounding the earth in this manner plays a vital role in maintaining an even temperature on the earth’s surface.
A greenhouse is that body which allows the short wavelength incoming solar radiation to come in, but does not allow the long wave outgoing terrestrial infrared radiation to escape.
Origin of Earth, Big Bang theory, Nebular hypothesis, Internal heating of earth, formation of Earth's crust and inner structure, evolution of continents, oceans and atmosphere, continental drift theory, origin of life, Geological Time Scale.
Meteorology-a student's report( a compilation of facts from books,internet,jo...John Allen Marilla
it is a summary of the topic about t6he atmosphere..... all information written are not words of the maker but are compilations only from various book,journal,internet sources... this makes learning about the atmosphere for freshmen easier,,,
Pages 18 -191.4 Earth as a SystemThe Earth System The Earth sy.docxbunyansaturnina
Pages 18 -19
1.4 Earth as a System
The Earth System The Earth system has a nearly endless array of subsystems in which matter is recycled over and over. One familiar loop or subsystem is the hydrologic cycle. It represents the unending circulation of Earth’s water among the hydrosphere, atmosphere, biosphere, and geosphere. Water enters the atmosphere through evaporation from Earth’s surface and transpiration from plants. Water vapor condenses in the atmosphere to form clouds, which in turn produce precipitation that falls back to Earth’s surface. Some of the rain that falls onto the land infiltrates (soaks in) to be taken up by plants or become groundwater, and some flows across the surface toward the ocean. Viewed over long time spans, the rocks of the geosphere are constantly forming, changing, and re-forming. The loop that involves the processes by which one rock changes to another is called the rock cycle and will be discussed at some length later in the chapter. The cycles of the Earth system are not independent of one another; to the contrary, these cycles come in contact and interact in many places. The parts of the Earth system are linked so that a change in one part can produce changes in any or all of the other parts. For example, when a volcano erupts, lava from Earth’s interior may flow out at the surface and block a nearby valley. This new obstruction influences the region’s drainage system by creating a lake or causing streams to change course. The large quantities of volcanic ash and gases that can be emitted during an eruption might be blown high into the atmosphere and influence the amount of solar energy that can reach Earth’s surface. The result could be a drop in air temperatures over the entire hemisphere. Where the surface is covered by lava flows or a thick layer of volcanic ash, existing soils are buried. This causes soil-forming processes to begin anew to transform the new surface material into soil (Figure 1.16). The soil that eventually forms will reflect the interactions among many parts of the Earth system—the volcanic parent material, the climate, and the impact of biological activity. Of course, there would also be significant changes in the biosphere. Some organisms and their habitats would be eliminated by the lava and ash, whereas new settings for life, such as a lake formed by a lava dam, would be created. The potential climate change could also impact sensitive life-forms. The Earth system is characterized by processes that vary on spatial scales from fractions of millimeters to thousands of kilometers. Time scales for Earth’s processes range from seconds to billions of years. As we learn about Earth, it becomes increasingly clear that despite significant separations in distance or time, many processes are connected, and a change in one component can influence the entire system. The Earth system is powered by energy from two sources. The Sun drives external processes that occur in the atmosphere, in the hy.
K t boundary and Probable causes of Dinosour extinctionTahsin Islam Ornee
It describes about K-T Boundary and the probable causes of the mass extinction in K-T boundary. It includes some proves that shows that extra terrestrial impact caused Dinosaur extinction.
Greenhouse a building made mainly of glass, with heat & humidity regulated for growing plants. The atmosphere acts like a glass in a greenhouse.
Atmosphere, like glass absorbs some of the long wave radiation emitted by earth and radiates the energy back to earth. In this way temperature of earth is maintained.
The atmosphere surrounding the earth in this manner plays a vital role in maintaining an even temperature on the earth’s surface.
A greenhouse is that body which allows the short wavelength incoming solar radiation to come in, but does not allow the long wave outgoing terrestrial infrared radiation to escape.
Origin of Earth, Big Bang theory, Nebular hypothesis, Internal heating of earth, formation of Earth's crust and inner structure, evolution of continents, oceans and atmosphere, continental drift theory, origin of life, Geological Time Scale.
Meteorology-a student's report( a compilation of facts from books,internet,jo...John Allen Marilla
it is a summary of the topic about t6he atmosphere..... all information written are not words of the maker but are compilations only from various book,journal,internet sources... this makes learning about the atmosphere for freshmen easier,,,
Pages 18 -191.4 Earth as a SystemThe Earth System The Earth sy.docxbunyansaturnina
Pages 18 -19
1.4 Earth as a System
The Earth System The Earth system has a nearly endless array of subsystems in which matter is recycled over and over. One familiar loop or subsystem is the hydrologic cycle. It represents the unending circulation of Earth’s water among the hydrosphere, atmosphere, biosphere, and geosphere. Water enters the atmosphere through evaporation from Earth’s surface and transpiration from plants. Water vapor condenses in the atmosphere to form clouds, which in turn produce precipitation that falls back to Earth’s surface. Some of the rain that falls onto the land infiltrates (soaks in) to be taken up by plants or become groundwater, and some flows across the surface toward the ocean. Viewed over long time spans, the rocks of the geosphere are constantly forming, changing, and re-forming. The loop that involves the processes by which one rock changes to another is called the rock cycle and will be discussed at some length later in the chapter. The cycles of the Earth system are not independent of one another; to the contrary, these cycles come in contact and interact in many places. The parts of the Earth system are linked so that a change in one part can produce changes in any or all of the other parts. For example, when a volcano erupts, lava from Earth’s interior may flow out at the surface and block a nearby valley. This new obstruction influences the region’s drainage system by creating a lake or causing streams to change course. The large quantities of volcanic ash and gases that can be emitted during an eruption might be blown high into the atmosphere and influence the amount of solar energy that can reach Earth’s surface. The result could be a drop in air temperatures over the entire hemisphere. Where the surface is covered by lava flows or a thick layer of volcanic ash, existing soils are buried. This causes soil-forming processes to begin anew to transform the new surface material into soil (Figure 1.16). The soil that eventually forms will reflect the interactions among many parts of the Earth system—the volcanic parent material, the climate, and the impact of biological activity. Of course, there would also be significant changes in the biosphere. Some organisms and their habitats would be eliminated by the lava and ash, whereas new settings for life, such as a lake formed by a lava dam, would be created. The potential climate change could also impact sensitive life-forms. The Earth system is characterized by processes that vary on spatial scales from fractions of millimeters to thousands of kilometers. Time scales for Earth’s processes range from seconds to billions of years. As we learn about Earth, it becomes increasingly clear that despite significant separations in distance or time, many processes are connected, and a change in one component can influence the entire system. The Earth system is powered by energy from two sources. The Sun drives external processes that occur in the atmosphere, in the hy.
What is the primary advantage that plants get from using the cohesion-.docxJohnYi0Mayu
What is the primary advantage that plants get from using the cohesion-tension mechanism to move water in plants? Because water is cohesive, it sticks to plant tissues and is not lost quickly. It allows water to be taken up from leaves as well as roots during dry periods. It does not require the input of energy. It uses NADH instead of ATP, and this saves energy.
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What is the Present Value of receiving $100-000 in 20 years if interes.docxJohnYi0Mayu
What is the Present Value of receiving $100 , 000 in 20 years if interest rates are 5% ? Reference the following formulas to solve the problem: F V = P V / ( 1 + r ) t P V = F V ( 1 + r ) t P V A = PMT ( ( ( 1 ( 1 + r ) t ) / r ) ) F V A = PMT ( ( 1 + r ) t )
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What is the pathogenesis of the formation of the pigment in the lungs-.docxJohnYi0Mayu
What is the pathogenesis of the formation of the pigment in the lungs? Congestive heart failure Pulmonary congestion Leakage of red blood cells out of congested pulmonary capillaries into alveoli Phagocytosis of red blood cells in alveoli by pulmonary macrophages Conversion of hemoglobin in red blood cells into hemosiderin in macrophages Back up of blood into lungs
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What is the name of the model that accounts for network ties and how t.docxJohnYi0Mayu
What is the name of the model that accounts for network ties and how the dynamic of various social and sexual networks influence the transmission of HIV?
a. Network-individual-resource model
b. Individual-level model
c. Model of HIV transmission
d. Social network model
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What is the name of the mechanism we use to describe the individual se.docxJohnYi0Mayu
What is the name of the mechanism we use to describe the individual service endpoints provided by a cornponent to its clients? How does this mechanism describe the component's services? How does this mechanism promote decoupling (loose coupling) between client and server components? Hint: The mechanism is typically used to decouple the definition of a service from the service's implementation t.e. decouple from the component or class impie For the tooltar, press ALL+F10 (PC) or ALT +PN+F10 (Mac).
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What is the name of the linkage in nucleotides- Question 2 (1 point) W.docxJohnYi0Mayu
What is the name of the linkage in nucleotides? Question 2 (1 point) Which parts of a nucleotide make complementary base pairing? Question 3 (1 point) Name of a type nucleic acid that is used for signaling in cells. How are strands in double stranded nucleic acids oriented? Question 5 (1 point) Name the molecule that carries energy. It is the molecule that is transferred in human populations by growing crops and consuming food? Choose the appropriate category for each attribute by selecting DNA, RNA, or both. double stranded adenine phosphate cytosine information storage information storage thymine 1. DNA 2. RNA deoxyribose 3. Both single stranded uracil ribose guanine information transfer
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What is the main difference between shell sort and insertion sort- She.docxJohnYi0Mayu
What is the main difference between shell sort and insertion sort? Shell sort is less efficient because it calls insertion sort repeatedly Insertion sort performs better on arrays that are mostly sorted while shell sort performs worse on such arrays. Insertion moves entries only to adjacent locations, while shell sort allows items to leap from one positon to another. Shell sort makes fewer passes than insertion sort How many passes(i.e. scaning through an array) does the selection sort make to sort an array of size 10 ? 9 11 10 100
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What is the least abundant type of human pseudogenes- Processed Unproc.docxJohnYi0Mayu
What is the least abundant type of human pseudogenes? Processed Unprocessed Unitary All three types present equally Question 19 (1 point) Which types of pseudogenes tend to make clusters on chromosomes? Processed Unprocessed Unitary All three types cluster equally Olfactory genes ( 1000 in humans) are localized in 25 large clusters that contain functional copies as well as pseudogenes. Solely based on this information, what kind of pseudogenes should we expect to find there? Processed Unprocessed Unitary All three types cluster equally
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What is the general function of a tuberosity or tubercle- A- provides.docxJohnYi0Mayu
What is the general function of a tuberosity or tubercle? A. provides a pathway along which blood vessels or nerves travel B. houses or protects structures such as sensory organs and nerves C. allows two bones to come together to form a joint D. provides a point of attachment for tendons or ligaments E. provides friction control at joints
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What is the function of DNA polymerase- breaks hydrogen bonds between.docxJohnYi0Mayu
What is the function of DNA polymerase? breaks hydrogen bonds between DNA strands joins nucleotides of the complementary DNA strand joins amino acids to form a protein None apply. Question 4 After translation, a protein may undergo structural changes called modifications. splicing posttranscriptional posttransiational palytibosomal secretory
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What is the first step in identifying a pandemic- Epidemiologists use.docxJohnYi0Mayu
What is the first step in identifying a pandemic? Epidemiologists use data sent to WHO to identify the global location and the numbers of cases of a disease State agencies report cases to the national health agencies such as the CDC National health agencies report cases to the WHO Local hospitls and physicians notify city or state heal agencies about patients with a specific disease
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What is the function of A- A- Processes visual information What is the.docxJohnYi0Mayu
What is the function of A? A. Processes visual information What is the function of B ? B. Carries information to ipsilateral and contralateral What is the function of C ? hemispheres What is the function of D? C. Contains the primary motor cortex What is the function of E ? D. Face recognition E. Produces dopamine used in movement
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What is the easiest way to find a command that you use often for proje.docxJohnYi0Mayu
What is the easiest way to find a command that you use often for projects? : Right-click any tool icon in the Ribbon, then select Add to Quick Access Toolbar. Double-click any tool icon, then select Add to Quick Access Toolbar. Hover over any tool icon, then select Add to Quick Access Toolbar. Drag any tool icon to the Quick Access Toolbar.
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What is the Early Finish (EF) time for activity C- 11 12 14 none of th.docxJohnYi0Mayu
What is the Early Finish (EF) time for activity C? 11 12 14 none of the choices are correct A project has 12 activities: A through L (A, B, C, D, E, F, G, H, I, J, K, and L). This project has two critical paths: A-B-C-D-G-L and A-E-F-H-I-L. Which one of the following activities can have slack greater than zero? G none of the choices are correct K H F
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What is the correct order of the following steps of the Accounting Cyc.docxJohnYi0Mayu
What is the correct order of the following steps of the Accounting Cycle (accounting process)? Prepare Adjusted Trial Balance Joumalize adjusting entries and post to ledger Journalize transactions and post to ledger Prepare Closing Entries Prepare Post-Closing Trial Balance Prepare Financial Statements
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What is planning- Secondary management function Establishes the basi.docxJohnYi0Mayu
What is planning?
Secondary management function
Establishes the basis for all other activities that managers do as they organize, lead, and control
One time step done at the top level
Development and Analysis of Alternatives
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How to Make a Field invisible in Odoo 17Celine George
It is possible to hide or invisible some fields in odoo. Commonly using “invisible” attribute in the field definition to invisible the fields. This slide will show how to make a field invisible in odoo 17.
The Art Pastor's Guide to Sabbath | Steve ThomasonSteve Thomason
What is the purpose of the Sabbath Law in the Torah. It is interesting to compare how the context of the law shifts from Exodus to Deuteronomy. Who gets to rest, and why?
Model Attribute Check Company Auto PropertyCeline George
In Odoo, the multi-company feature allows you to manage multiple companies within a single Odoo database instance. Each company can have its own configurations while still sharing common resources such as products, customers, and suppliers.
The Indian economy is classified into different sectors to simplify the analysis and understanding of economic activities. For Class 10, it's essential to grasp the sectors of the Indian economy, understand their characteristics, and recognize their importance. This guide will provide detailed notes on the Sectors of the Indian Economy Class 10, using specific long-tail keywords to enhance comprehension.
For more information, visit-www.vavaclasses.com
How to Create Map Views in the Odoo 17 ERPCeline George
The map views are useful for providing a geographical representation of data. They allow users to visualize and analyze the data in a more intuitive manner.
Palestine last event orientationfvgnh .pptxRaedMohamed3
An EFL lesson about the current events in Palestine. It is intended to be for intermediate students who wish to increase their listening skills through a short lesson in power point.
Operation “Blue Star” is the only event in the history of Independent India where the state went into war with its own people. Even after about 40 years it is not clear if it was culmination of states anger over people of the region, a political game of power or start of dictatorial chapter in the democratic setup.
The people of Punjab felt alienated from main stream due to denial of their just demands during a long democratic struggle since independence. As it happen all over the word, it led to militant struggle with great loss of lives of military, police and civilian personnel. Killing of Indira Gandhi and massacre of innocent Sikhs in Delhi and other India cities was also associated with this movement.
What happened as a direct result of the impact- On impact with the Ear.docx
1. What happened as a direct result of the impact? On impact with the Earth's atmosphere, the
meteor shower burst into flames and burned in the upper atmosphere heating the surface of the
Earth and killing many living things across the entire globe, On impact, the interstellar debris
vaporized into a toxic gas that killed many organisms on Earth. On impact, the meteorite burst
into a cloud of dust, debris, and searing gas that bumed and vaporized all Ife for miles around.
Bits of rock flew up into the atmosphere and as the particles came back down. they heated,
broiling the surface of the Earth. On impact, the meteorite caused a tsunami - a huge wave that
traveled across the oceans. When it came to land, the tsunami devastated all living things that
were within about 3 miles of the coast. Question 3 What happened as a result of the dust created
by the impact? Dust from the impact, which clouded the atmosphere, was full of sulfur that
blocked sunlight creating a dark, cold global winter that lasted for years and caused the End-
Cretaceous mass extinction. Dust from the impact fell into the ocean, blocking the gills of marine
organisms and killing them. This led to the End-Cretaceous mass extinction. Dust from the
impact, clouded the atmosphere and caused the temperature of the Earth's surface to sise
dramatically, This global warming event led to the End-Cretaceous mass extinction.
