Explain the similarities and differences between two different mobil.pdf

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Explain the similarities and differences between two different mobile phone operating systems. Solution Mobile Operating System What is operating system…? An operating system is an interface between user and hardware. It manages hardware and software resources of the system. Mobile operating System. An operating system which controls mobile devices is called Mobile devices. The modern mobile operating systems combine the features of a personal computer operating system with touchscrean, cellular, Bluetooth etc. list the few Mobile Operating System Android Blackberry iOS WebOS SymbianOS Windows Now I am comparing two Mobile operating system 1)- Android and Windows Advantages of Android OS: Disadvantages of Android OS: Advantages of Windows OS: Disadvantage Comparative study between Androids OS and Windows OS Difference properties Android Windows Company/ Developer Google Microsoft Programmed in Java, C, C++ C, C++ OS family Unix-like Windows Source model Open source software Closed-source Updates Updates are provided by different parties in the consortium. Updates are only done by Microsoft. Applications Applications are created by an open community of developers. Applications are created by tie up companies and Microsoft. Touch style Capacitive technology Capacitive technology Offers native support for Google Sync for Gmail, Contacts, and Google Calendar. Mail, Exchange, Outlook Contacts, Calendar, Windows Market, etc. Number of applications Over 700,000 applications Limited number of applications. Similarities properties Android Windows Security yes yes Cloud Support Yes(Google Drive) Yes(Microsoft Drive) User interface yes yes Language support Language support Language support Updating of OS yes yes properties Android Windows Company/ Developer Google Microsoft Programmed in Java, C, C++ C, C++ OS family Unix-like Windows Source model Open source software Closed-source Updates Updates are provided by different parties in the consortium. Updates are only done by Microsoft. Applications Applications are created by an open community of developers. Applications are created by tie up companies and Microsoft. Touch style Capacitive technology Capacitive technology Offers native support for Google Sync for Gmail, Contacts, and Google Calendar. Mail, Exchange, Outlook Contacts, Calendar, Windows Market, etc. Number of applications Over 700,000 applications Limited number of applications..

Education

Windows
Source model
Open source software
Closed-source
Updates
Updates are provided by different parties in the consortium.
Updates are only done by Microsoft.
Applications
Applications are created by an open community of developers.
Applications are created by tie up companies and Microsoft.
Touch style
Capacitive technology
Capacitive technology
Offers native support for
Google Sync for Gmail, Contacts, and Google Calendar.
Mail, Exchange, Outlook Contacts, Calendar, Windows Market, etc.
Number of applications
Over 700,000 applications
Limited number of applications.
Similarities
properties
Android
Windows
Security
yes
yes
Cloud Support
Yes(Google Drive)
Yes(Microsoft Drive)
User interface
yes
yes
Language support
Language support
Language support
Updating of OS

yes
yes
properties
Android
Windows
Company/ Developer
Google
Microsoft
Programmed in
Java, C, C++
C, C++
OS family
Unix-like
Windows
Source model
Open source software
Closed-source
Updates
Updates are provided by different parties in the consortium.
Updates are only done by Microsoft.
Applications
Applications are created by an open community of developers.
Applications are created by tie up companies and Microsoft.
Touch style
Capacitive technology
Capacitive technology
Offers native support for
Google Sync for Gmail, Contacts, and Google Calendar.
Mail, Exchange, Outlook Contacts, Calendar, Windows Market, etc.
Number of applications
Over 700,000 applications
Limited number of applications.

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The chemicals industry (industrial chemicals, pharmaceuticals, pesticides, biocides, food and feed additives and cosmetics) is one of the largest industrial sectors in the world and one which poses many challenges for government regulators; inefficient regulation would have costly implications for the environment, human health, government budgets and the continued growth of this important global industry. Not only can different regulatory approaches and requirements in each OECD country create significant costs for the chemicals industry and for governments, they can also create barriers to trade. If national approaches to chemical regulation are harmonised, industry is not faced with a plethora of conflicting or duplicative requirements, governments are provided with a common basis for working with each other, and non-tariff barriers to trade are reduced. The principal tools for harmonisation are a set of OECD Council Decisions which make up the OECD Mutual Acceptance of Data (MAD) system, including its OECD Guidelines for the Testing of Chemicals and OECD Principles of Good Laboratory Practice (GLP). The chemicals industry (industrial chemicals, pharmaceuticals, pesticides, biocides, food and feed additives and cosmetics) is one of the largest industrial sectors in the world and one which poses many challenges for government regulators; inefficient regulation would have costly implications for the environment, human health, government budgets and the continued growth of this important global industry. Not only can different regulatory approaches and requirements in each OECD country create significant costs for the chemicals industry and for governments, they can also create barriers to trade. If national approaches to chemical regulation are harmonised, industry is not faced with a plethora of conflicting or duplicative requirements, governments are provided with a common basis for working with each other, and non-tariff barriers to trade are reduced. The principal tools for harmonisation are a set of OECD Council Decisions which make up the OECD Mutual Acceptance of Data (MAD) system, including its OECD Guidelines for the Testing of Chemicals and OECD Principles of Good Laboratory Practice (GLP). The chemicals industry (industrial chemicals, pharmaceuticals, pesticides, biocides, food and feed additives and cosmetics) is one of the largest industrial sectors in the world and one which poses many challenges for government regulators; inefficient regulation would have costly implications for the environment, human health, government budgets and the continued growth of this important global industry. Not only can different regulatory approaches and requirements in each OECD country create significant costs for the chemicals industry and for governments, they can also create barriers to trade. If national approaches to chemical regulation are harmonised, industry is not faced with a plethora of conflicting or duplicative requirements

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(1). Computer users have an opportunity of choosing between two commonly known Operating Systems- OS X and Linux (EDUCBA, 2018). In this regard, this post outlines the differences and similarities between the two OS. The comparisons will be based on the developers, license, functionality/ compatibility, cost, customization, and uses. Linux OS is developed by Linus Torvalds while OS X is developed by Apple Inc. However, Linux is also developed by developer community worldwide and this is the main difference in these two Operating Systems (EDUCBA, 2018). Linux OS is available to all computer users like Hp, Dell, and Lenovo. On the other hand, the OS X is only made for the Apple users which makes it impossible for other computer users to utilize it. The Linux OS allows users to customize the code into their preference but for the OS X, this is not possible. Additionally, the OS X requires one to pay a significant amount for its use while Linux is free. Regarding security and user freedom, Linux lets the users conduct their activities free of surveillance which is not the case for the OS X. OS X users are constantly monitored to some extent and this means no privacy or secrecy. Again, Linux provides the user with several desktop interfaces like MATE, Xfce, Unity, and KDE Plasma 5. On the other side, OS X only gives the user only one desktop environment which means that the user has no pleasure of choosing among multiple interfaces like in the Linux OS. Furthermore, Linux is a stable OS that is free of bugs. However, the issues of bugs are caused by third-party tools. On this sector, the OS X is secure enough because of the regular updates (HaddadPajouh, et al., 2017). Nevertheless, the functionality of the OS X is a bit complex. It does read files from any other OS especially from Linux. On the other hand, Linux can read files that were previously obtained from OS X. (2) Mobile technologies such as tablet and smartphone use operating systems such as Android and iOS. It is, therefore, evident that both Android and iOS are mobile technologies, but what is the difference between them? Android and iOS can be differentiated in many aspects. For instance, the transfer of files. The transfer of files in iOS is more difficult, and files are only transferred by iTunes desktop. On the other hand, file transfer in Android is easier and is done using either the Android File or Transfer desktop app. In both cases, photos are transferred using USB without the apps (Bala, Sharma & Kaur, 2015). Again, source model and OS family. Android is partly open source and Linux-based, and its fundamental features are more customizable (Bala, Sharma & Kaur, 2015). The uniform design of iOS elements is described as more user-friendly. While Android is partly open source and Linux-based, iOS is closed with components of open source, and it is both OS X- and UNIX-based (Bala, Sharma & Kaur, 2015). Additionally, but not least, jailbreaking, bootloaders, and rooting. ...

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ESSAY QUESTIONS - ETHICS Lewis Archer is an outside auditor who discovered various irregularities in his recent review of Busey Energy Futures. Among other things, on review of Busey’s 401(k) investment fund, he discovered that approximately 70 percent of the funds were invested in stocks of companies that were actually set-up and owned by the members of the Busey board of directors. Further review indicates that these companies were set-up for the express purpose of hiding Busey’s own debt. Simply put, he has discovered another potential Enron situation. However, before reporting his findings to the proper authorities he calls his brother who owns an investment firm, and for whom he does some consulting work on the side. He instructs his brother to sell any stock his clients have in Busey and the shell companies. Lewis then waits a day before reporting the findings to the proper authorities. Are Lewis’s actions ethical in this case? Why or why not? Solution Lewis knows for fact that Busey is conduting illegal actions on the way they have set their company and by telling his brother this informaiton to protect his customers he is being unethical (even though he is doing it for a good cause) Even more, he waits 1 day to report this to the authorities, that is wrong. Lewis is unethical for those 2 reasons, first he tells his brother private information and second he waits 1 day to tell the proper authorities..

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describe the oceans solubility pump and the oceans biological pump using the pools of carbon (DIC, PIC, POC, DOC) and the processes. how are the two linked? where does the ocean \"take up\" C and where is it released from the ocean? Solution The oceans play an important role in regulating the amount of fever to in atmosphere because 02 can move quickly into and out of the oceans. It is estimated that approximately 93% of Co2is found in oceans. In oceans the solubility pump is physicochemical process which transports dissolved inorganic carbon to the interior. The solubility pump is driven by to principal factors. First one 4more C02 can dissolve into cold polar waters thane warm waters. As major ocean currents more from tropics to the poles they are cold and take more carbon dioxide from the atmosphere secondly the higher latitude zones also places where deep waters are formed as the water gets cold they become denser and sink into oceans interior absoring the Co2 accumulated on the surface. Bioloical pump: in this process carbon dioxide moves away from the surface ocean. Microscopic Marine animals called zooplankyon eat the phytoplankton and provide the basis for the food web for all animal life in the ocean. Although most of the fever to taken up by phytoplankton is recycled near the surface 30% sinks into the deeper waters before converted by Marine bacteria only 0.1 % reaches the sea floor as sediment. Carbon is cycled through the ocean biological processes of photosynthesis respiration and decomposition of aquatic plants. As the oceanic plants don\'t have large Woody stems the decomposition after quickly then on land Judo this very little carbon is stored in the ocean prove biological processes the total amount of carbonn update and carbon loss from the ocean depends on the balance of organic and inorganic processes. Carbon dioxide is soluble in water it reacts with water to form several ionic and nonionic compounds called dissolved inorganic carbon(DIC) for example aquous carbon dioxide ,carbonic acid, bicarbonate and carbonate. Carbon enters the ocean by dissolving in the water it also enters through rivers and other water bodies it is converted by organisms into organic carbon by photosynthesis and the food chain also helps in this process if circulates in the layout for longer periods before getting deposited as sediments. Oceanic absorption of Co2 is considered as very important form of carbon sequestration limiting the rate of carbon dioxide in the atmosphere. Dissolved organic carbon DOC in Marine systems is one of the cycled reservoir of organic matter on earth and it makes up 20% of all organic carbon in general these compounds are formed do the decomposition processes of organisms in the Marine system. It is defined as the organic matter that is able to pass through a filter range in size between 0.7 and 0.22 um. Particulate organic carbon POC is the carbon that is too large and is tilted out of your sample. Dissolved and parti.

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Walking through the forest you come to a dry creek bed, and notice that there are many types of fungus growing on the north-facing sides of the larger rocks. Come up with a hypothesis to explain this, and an experiment to test your hypothesis. Your experiment can be very simple, and can be set up indoors or outdoors, but you do need to be very specific about what data you will record in order to know if you have or have not found evidence in support of your hypothesis. (10 marks) Has to have a hypothesis and the actual experiment that you would do to conduct this to prove your hypothesis. \"you do need to be very specific about what data you will record in order to know if you have or have not found evidence in support of your hypothesis.\" The steps include: -observations -hypothesis -experimentation the data -conclusion Solution OBSERVATION; Firstly we have to observe and then summerize about the information. First we have to observe that what kind of fungus is grown, where it is grown, how many different kinds of fungus is there, in which condition they are grown. Fungi are molds and mushrooms. They are the multicellular and filamentous specialized complex cells. thet mostly absorb the food materials. we observe that fungus mostly grows in wet areas as well dry areas. In forests during rainy season weobserve that fungus grows on the branches of the tree, under the rocks, near the roots of the plants etc.Here we observe that the species of moss that grow on trees will also grow on the north side of rock. if the try is not totally exposed to sun and shelthered by other trees. because it is shady and cool\".more moss grows grows where more water and moisture is retained moss growingin this location which is a major requirement for it to survive. If the moss is on a tree that is heavily sheltered by other trees in can grow on any side because the moss is protected from the wind and sun which would remove the water moisture from the moss HYPOTHESIS; The hypothesis that the fungus or the moss mostly grows in wet areas where lots of water is there and cool areas. Moasses generally require lots of water because they cant supply water well.Mosses needs lots of water to reproduce. the hypothesis is fungus grows in north side because the north side is cooler and shadier when compare to other areas. Moss dose not grow always in the north side sometimes it grows in other where there is moist area and cool and tree will be moister or cooler than the north side due to local shading or moisture which is enough to grow the fungus or moss in that areas. EXPERIMENTATION THE DATA; In this experiment we observe that the fungus grows in north areas because mostly north areas are moist and cool. it is not important always the fungus to be grown is north area because we observed that fungus only grows in the moist area. it means the fungus can grow in other places also where there is moist and shady. In south side of trees get more light throughout the day, leavi.

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Understand and describe the following technologies Flow Cytometry, .pdf

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1. What would determine protein levels in cells? 2.Draw a hypothetical strand of bacterial DNA containing a gene. 3.Draw and label all components that are required for transcription and translation to a peptide. 4.Briefly describe the function of each component. Solution Q.No 1 Accurate measurement of the amount of specific protein a cell produces is important for investigating basic molecular processes.Protein levels can be quantified using a fluorescent reporter. Relative protein levels can be quantified in single living cells. Genome editing allows for quantification of endogenous protein levels. Q.No 2 5\'-GTGTCCGTCTAATATTGTGAGATGTTATATCCCGCCGTCAACACCATCAA-3\' 3\'-CACAGGCAGATTATAACACTCTACAATATAGGGCGGCAGTTGTGGTAGTT-5\' 5\'-ACAGGATAATCGCCTGCTGGGGCAAAGGCGGTGAAGGTAAAGGTGTTGCC-3\' 3\'-TGTCCTATTAGCGGACGACCCCGTTTCCGCCACTTCCATTTCCACAACGG-5\' Q.No 3 DNA ------------------- RNA ------------------- Protein Transcription Translation (DNA, Helicase ) (mRNA,tRNA,codons,aminoacid, ribosomes) Q.NO 4 Amino acids – twenty molecules that are the building blocks of proteins. String of amino acids make up protein’s primary structure. Anticodon – a sequence of three nucleotides on a tRNA molecule that bond to a complementary sequence on an mRNA molecule. The anticodon sequence determines the amino acid that the tRNA carries. Codon – a sequence of three nucleotides on a mRNA molecule that encode a specific amino acid Cytoplasm - The organelles of eukaryotic cells, such as mitochondria, the endoplasmic reticulum, and (in green plants) chloroplasts, are contained in the cytoplasm. DNA - the molecule that stores and encodes an organism’s genetic information. DNA is a double helix molecule made up of two twisted strands that are held together by hydrogen bonds between paired nucleotides. The two strands are chemically oriented in opposite directions. messenger RNA (mRNA) – a type of RNA that conveys genetic instructions on how to assemble proteins from the cell’s DNA to its protein-making machinery. mRNA contains a copy of one or a few genes from a cell’s chromosome. nucleotides - the building blocks of DNA and RNA molecules that contain the cell’s genetic code. Adenosine, cytidine, guanosine, thymidine, and uridine are all nucleotides. Nucleus - The jellylike material that makes up much of a cell inside the cell membrane, and, in eukaryotic cells, surrounds the nucleus. Ribosomes A ribosome is a molecular machine that coordinates protein assembly. Ribosomes are composed of several proteins with tightly coiled RNA (called ribosomal RNA or rRNA) wrapped around them. RNA polymerase – It sis an enzyme that produces primary transcript RNA. In cells, RNAP is necessary for constructing RNA chains using DNA genes as templates, a process called transcription. transfer RNA (tRNA) – a type of RNA that is folded into a three-dimensional structure. tRNA carries and transfers an amino acid to the polypeptide chain being assembled during translation..

1. What would determine protein levels in cells2.Draw a hypotheti.pdf

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Tversky and Kahneman1 asked a group of subjects to carry out the following task. They are told that: Linda is 31, single, outspoken, and very bright. She majored in philosophy in college. As a student, she was deeply concerned with racial discrimination and other social issues, and participated in anti-nuclear demonstrations. The subjects are then asked to rank the likelihood of various alternatives, such as: (1) Linda is active in the feminist movement. (2) Linda is a bank teller. (3) Linda is a bank teller and active in the feminist movement. Tversky and Kahneman found that between 85 and 90 percent of the subjects rated alternative (1) most likely, but alternative (3) more likely than alternative (2). Is it? They call this phenomenon the conjunction fallacy, and note that it appears to be unafected by prior training in probability or statistics. Is this phenomenon a fallacy? If so, why? Can you give a possible explanation for the subjects\' choices? Solution Let the events A = ``Linda is a bank teller\'\' and B = ``Linda is active in the feminist movement\'\'. Since alternative (3) corresponds to the event \"A and B\", it\'s less likely than alternative (2) which corresponds to the event \"B\" ( event \"A and B\" is obviously a subset of event \"B\")..

Tversky and Kahneman1 asked a group of subjects to carry out the fol.pdf

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