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sass the process involved in ?he coper podochon Solution The process involved in copper production are: (1). Exploration and Discovery:Copper is found in many varities of mineral in earth crust. (2)Mining methods:The basic method of mining for extraction of copper ore are underground mining and open pit. (3)Processing of copper ore:The first step in processing the ore removed from the mine is to break the large rocks of ore into smaller pieces. This is accomplished by a variety of subsequent processing steps. (4)Benificiation of copper ore:This is the first step in concentrating the copper into a more useable form. (5)Smelting and extraction:The next step in the process flow is smelting for sulfide ore concentrate and solvent extraction for oxide ore leach solution. (6)Refining:Copper from the smelter is melted and cast as anodes, the solution from the solvent extraction process moves to a plating operation. (7)Sulfide ore refining:The final step in processing sulfide ore copper from the smelter is to make high purity copper cathode. .
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Metallurgy is a part of chemistry which deals with the extraction of metals.
This is a simple pdfh to understand Metallurgy in a more convinient way.
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The document discusses the principles of metallurgy and metal extraction processes. It defines metals, non-metals and metalloids based on their properties. The processes involved in metal extraction include mining, crushing, concentration, roasting, reduction and refining. Concentration methods separate the metal ore from gangue using techniques like gravity separation, magnetic separation or froth flotation. Reduction converts the metal oxide into pure metal using carbon or aluminothermic processes. Refining further purifies the metal using techniques like liquation, distillation, electrolysis or poling. Overall, the document provides an overview of the key concepts and steps involved in extracting and processing metals from their ores.
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Refining of copper
The document describes the process of refining copper from its ore. There are several key steps:
1) Mining the copper ore from underground deposits. 2) Crushing and grinding the ore to liberate copper particles from waste rock. 3) Concentrating the ore using froth flotation to separate copper minerals from waste gangue. 4) Extracting copper through roasting to form copper oxide and smelting to produce copper matte and remove iron. 5) Further refining copper using bessemerization and electrorefining or distillation to produce high purity copper.
Group-5-Science.pptxbhahababbabababshshahsh
Ore minerals are found throughout the earth's crust in small, economically viable concentrations. They are located using remote sensing and surveys. Common ore minerals include uranium, chalcopyrite, and gold. Ore is mined using surface methods like open pit or strip mining, or underground methods like slope, shaft, or drift mining. The ore is then processed through steps like smelting, electrolysis, milling, and concentration to extract the desired metals in a purified form for human use.
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Metallurgy is a part of chemistry which deals with the extraction of metals.
This is a simple pdfh to understand Metallurgy in a more convinient way.
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sources and extraction of materials
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The document describes the process of refining copper from its ore. There are several key steps:
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Ore minerals are found throughout the earth's crust in small, economically viable concentrations. They are located using remote sensing and surveys. Common ore minerals include uranium, chalcopyrite, and gold. Ore is mined using surface methods like open pit or strip mining, or underground methods like slope, shaft, or drift mining. The ore is then processed through steps like smelting, electrolysis, milling, and concentration to extract the desired metals in a purified form for human use.
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hydrometallorgy
1. The document describes the relationship between concentration and purification processes using solvent extraction in hydrometallurgy.
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3. Examples of concentration and purification discussed include solvent extraction being used to produce pure copper electrolytes from impure leach solutions, and to recover uranium from acidic leach liquors while removing impurities like iron and thorium.
Mediated extraction of metals from ores
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Lightning strike is deadly- and it happens due to the fact that Questi.docx
Lightning strike is deadly, and it happens due to the fact that
Question 24 options:
Solution
Lightning happens due to transfer of charges which is gathered on cloud.
So correct answer is option (d)
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Light travelling through the air (n - 1) strikes the surface of a diam.docx
Light travelling through the air (n = 1) strikes the surface of a diamond (n = 2.42) at a large angle of incidence. Which of the following describes the light ray as it enters the diamond?
a) the light bends toward the normal to the surface, and slows down
b) the light bends toward the normal to the surface, and speeds up
c) the light bends away from the normal to the surface, and slows down
d) the light bends away from the normal to the surface, and speeds up
e) the light ray does not enter the diamond, but totally reflects and stays in the air
Solution
When light is enter into rare medium to denser medium than light rays bends towards the normal.
Light slows as it travels through a substance and every substance has an index of refraction which defined as the ratio of the speed of light in vacuum to the speed of light in that substance. The index of refraction for diamond is 2.4 which means that light is 2.4 times slower in diamond .
Hence Option A is correct.
Hope it will help you. Please rate the answer.
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Similar to sass the process involved in -he coper podochon SolutionThe process in.docx
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It gives information about extraction of iron metal from hematite ore and also extraction of copper metal from copper pyrite ore
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The document discusses the process of extracting metals from ores. It explains that ores rarely contain only the desired metal and usually include unwanted materials called gangue. The extraction process involves three main steps - concentrating the ore, isolating the metal from the concentrated ore, and purifying the metal. It describes various concentration techniques used depending on the properties of the ore, including hydraulic washing, magnetic separation, and froth floatation. Leaching is also used to extract some metals by dissolving them in solvents like sodium cyanide solutions. The entire scientific process of extracting metals from ores is called metallurgy.
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Extraction of zinc
The document discusses the extraction of zinc from its ores. Zinc is extracted through either pyrometallurgical or hydrometallurgical extraction processes. Pyrometallurgical extraction involves grinding the zinc ore, concentrating it through flotation, roasting the concentrate to produce zinc oxide, and then reducing the zinc oxide with carbon to produce zinc vapor which is then condensed. Hydrometallurgical extraction involves leaching the zinc calcine with sulfuric acid, precipitating out impurities, and then electrolyzing the filtered solution to recover zinc. The Imperial Smelting Process is also discussed, which allows simultaneous smelting of zinc and lead from complex mixed ores.
Mining and environmental impact
Mining involves extracting ore from the earth through surface, underground, or solution mining methods. Ore is then processed through beneficiation techniques like crushing, grinding, separation based on magnetic or physical properties to extract the desired mineral. The concentrated ore is then smelted to separate the metal from waste rock. Environmental concerns from mining include pollution from waste rock and tailings disposal, acid mine drainage, subsidence from underground mining, air pollution from smelting operations, and contamination of water and land from chemicals used.
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Copper is produced through a multi-stage process beginning with mining copper ore from the ground. The ore is crushed, ground, and concentrated to increase the copper content. It then undergoes further processing through smelting, electrowinning or leaching, and electrolytic refining to produce pure copper cathodes. The production process allows copper to be extracted from ore and purified in a series of physical and chemical steps.
INORGANIC CHEMISTRY 1.1-EXTRACTION OF METALS
1. The document discusses the extraction of metals from their ores. It describes the natural occurrence of metal ores, the concentration and purification processes, and specific methods for extracting tin, copper, and aluminum.
2. Key concentration methods mentioned include magnetic separation, froth flotation, and leaching. Thermal and electrolytic reduction are discussed as the main reduction techniques.
3. Tin is mainly extracted from the ore cassiterite, copper from copper pyrite and malachite/azurite, and aluminum from bauxite via the Bayer process.
CHAPTER 3 MINERALS ORES AND METHODES OF SEPARATION.pdf
i. Introduction
ii. Minerals and ores
iii. Sources of metals
iv. Methods of beneficiation of ores and miners
a. Comminution
Size reduction by crushing and grinding
Minerals, ores and methods of beneficiation
Liberation
Laws of crushing and grinding
Sizing
b. Classification and concentration
c. Classification and concentration
d. Magnetic separation
e. Electro- static separation
f. Flotation
Mining and environment
This document discusses the types and environmental impacts of mining. It describes different mining methods like surface, underground, and solution mining that are chosen based on the depth, size, shape and grade of the ore deposit. Surface mining methods include strip mining, open pit mining and dredging. Underground methods include room and pillar mining and longwall mining. Ore needs beneficiation processes like crushing, grinding and separation techniques before smelting to extract the desired metal. Smelting uses techniques like blast furnaces, roasting and leaching to remove metals from ores. Potential environmental issues from mining include subsidence from underground mining, acid mine drainage, disposal of waste rock and tailings, air pollution from smelting, and contamination of water
bioleaching
Bioleaching,
Microorganinsms used in bioleaching,
Direct bioleaching, indirect bioleaching , bioleaching of gold, bioleaching of copper, bioleaching of uranium, factor affecting bioleaching, advantage of bioleaching, disadvantages of bioleaching, bioleaching summary
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There are two main types of mining: surface mining and underground mining. The type used depends on factors like the depth and size of the ore deposit. Surface mining techniques include open-pit mining and strip mining. Underground mining techniques include room and pillar mining and block caving. Ore is also extracted through solution mining techniques like heap leaching. The ore is then processed through crushing, grinding, separation, smelting, and refining to extract the desired metal.
hydrometallorgy
1. The document describes the relationship between concentration and purification processes using solvent extraction in hydrometallurgy.
2. Solvent extraction is a well-established process that separates an impure aqueous stream into two streams, one containing most impurities and the other containing most valuable metal ions.
3. Examples of concentration and purification discussed include solvent extraction being used to produce pure copper electrolytes from impure leach solutions, and to recover uranium from acidic leach liquors while removing impurities like iron and thorium.
Mediated extraction of metals from ores
Micelle mediated extraction is a process for extracting metals from ores using micelles. Micelles are colloidal particles that form when a surfactant concentration exceeds its critical micelle concentration. The process involves first crushing and grinding the ore, then concentrating the ore to separate it from waste rock. Various processes can be used for concentration like hydraulic washing, froth flotation, magnetic separation, or chemical separation. The concentrated ore then undergoes processes like calcination and roasting to remove impurities before reduction and purification to extract the pure metal. Metals are classified as ferrous (based on iron), non-ferrous (all other metals), or further divided into precious, minor, and base metals.
Microbial alchemy
Microbial bioleaching uses microorganisms like bacteria and fungi to extract metals from low-grade ores in an economical way. Bacteria like Thiobacillus ferrooxidans and Thiobacillus thiooxidans produce acids that oxidize insoluble metals into soluble forms that can be extracted. Common metals extracted through bioleaching include copper, uranium, gold and nickel. Bioleaching offers advantages over traditional extraction methods by being lower cost, using less energy, and producing fewer emissions. It has been successfully commercialized to extract metals from mining waste and natural low-grade deposits.
Lead Extraction
This document discusses the extractive metallurgy process for lead. It describes lead properties, history of lead use, health effects, lead ores and locations, ore dressing, size reduction, roasting, smelting, refining including the Parkes and Betts processes, and lead products and byproducts. The overall process involves extracting lead from its ore, reducing and refining it to remove impurities and produce a high purity lead product.
Similar to sass the process involved in -he coper podochon SolutionThe process in.docx (20)
extraction of Fe and Cu metals from their ores , alloys
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Lightning strike is deadly- and it happens due to the fact that Questi.docx
Lightning strike is deadly, and it happens due to the fact that
Question 24 options:
Solution
Lightning happens due to transfer of charges which is gathered on cloud.
So correct answer is option (d)
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Light travelling through the air (n - 1) strikes the surface of a diam.docx
Light travelling through the air (n = 1) strikes the surface of a diamond (n = 2.42) at a large angle of incidence. Which of the following describes the light ray as it enters the diamond?
a) the light bends toward the normal to the surface, and slows down
b) the light bends toward the normal to the surface, and speeds up
c) the light bends away from the normal to the surface, and slows down
d) the light bends away from the normal to the surface, and speeds up
e) the light ray does not enter the diamond, but totally reflects and stays in the air
Solution
When light is enter into rare medium to denser medium than light rays bends towards the normal.
Light slows as it travels through a substance and every substance has an index of refraction which defined as the ratio of the speed of light in vacuum to the speed of light in that substance. The index of refraction for diamond is 2.4 which means that light is 2.4 times slower in diamond .
Hence Option A is correct.
Hope it will help you. Please rate the answer.
.
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Let’s say your company doesn\'t want to upgrade from Windows Server 2008. Just focusing on the Event Viewer and the monitoring tools available in Windows Server 2012, explain to your company that how much better it is with Windows Server 2012.
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Let L(x1; x2; x3; x4; x5; x6; x7) = 2x3 + 3x4 + 8x6 + x7: Is L a linear map?
If it is, find as many independent vectors in Ker(L) as you can.
Solution
L(x1; x2; x3; x4; x5; x6; x7) = 2x3 + 3x4 + 8x6 + x7
Since L satisfies scalar multipication and addition properties, it is a LINEAR map
rank of transformation matrix = 4
=>dimension of kernal = 7-4 = 3
=>maximum number of independent vectors in kernel = 3
=>these vectors are : (1 0 0 0 0 0 0), ( 0 1 0 0 0 0 0) , (0 0 0 0 1 0 0 )
.
Look at the energy curve for butane and oxygen combining to form CO2.docx
Solution
Answer
The reverse reaction cannot occur
Explanation
Reverse reaction is nonspontaneous: True statement because potential energy of CO2 + H2O is lower than Potential energy of Butane +O2
Butane and Oxygen have greater potential energy than CO2 + H2O : True statement
Ther forward spontaneous reaction occurs once the activation energy provided : true statement
The reverse reaction cannot occur : not correct because reverse reaction can be achieved in different path way.
.
List regional priority credits available for Long Island- Do you think.docx
List regional priority credits available for Long Island. Do you think regional difference should be included in sustainable development - if yes, why - if not, why not?
Solution
The following are some of the regional priorties for long islands
1.SGRID3
2.Broad hollow bioscience facility
3.winthrop University Hospital
4.stony brook center for biomedicine
5.business investments
6.ronkonkoma hub
7.wyandanch rising
8.wincoram Commons
9.nassau hub
10.hempstead village
11.meadows at yaphank
12.brookhaven rail terminal
13.sheltair
14.commercial fishing infrastructure improvements
15.STEM(science , technology, engineering, m mathematics education)
Yes because the aim of sustainable development is to define viable schemes combining the economic, social, environment aspects of human activity. these three areas must therefore be taken into consideration by communities companies and individuals
Sustainable development implies the fulfillment of several conditions: preserving the overall Balance, respect for the environment, preventing the exertion of natural resources. reduced production of waste and the rationalitation of production and energy consumption must also be implemented. this development is differece regional difference
.
List the most common arguments and describe the effect of that argumen.docx
List the most common arguments and describe the effect of that argument of the utilities below: 7-zip Gzip Rar Tar Zip
Solution
1) 7-zip : The 7-zip is an open source. it makes easy to obtain and use.
it has main features like high compression ration in 7z format.
-Self extraction capabalities for 7z format.Extra features include password protection as well as adjustable compression levels, compatibility with multiple archive formats.It aslo provides command line and Graphical user interface.
Most common arguments and effects :
Command Line (non-switch)
2) g-zip :it is a compression utility designed to be a replacement for compress.Basically it find matching strings throughout the file and replaces them to reduce the file size.
Most common arguments and effects :
Command-Line :
3) Rar :it is used to compress the media content that has to be shared over the internet.Files can be divided into multriple segments for compression. Further abilities include error recovery. and it supports file spanning.
Most common arguments and effects :
Archive compression Ratio
4) Tar : A TAR file is an archive file that contains one or more files inside. This is often done to ease distribution of a large set of files over the Internet.  Its initial purpose was to backup data to sequential I/O devices.
Cpmmand Line arguments :
5) Zip : it is a popular format widely used in internet. Like other archives Zip files are data containers,they store one or several files in compressed format.
.
Listed below are current asset items for Lester Company at December 31.docx
Listed below are current asset items for Lester Company at December 31, 2013.
Prepare the current assets section of the balance sheet. (List Current Assets in order of liquidity.)
Solution
answer..
.
List some ways in which the privacy threats posed by cyber technology.docx
List some ways in which the privacy threats posed by cyber technology differ from those posed by earlier technologies.
Solution
For the privacy threats posed by cyber technology there are
such as the private sector carries significant responsibility for cyber security.It more like of the information
generated
Threats are moving to the mobile sphere
Recently the International Cyber Security Protection Alliance (ICSPA) released a cyber-crime study that
highlighted mobile communications
Second more important thing is Privacy protection and cyber security should be thought of as interconnected: as more and more personal
information is processed or stored online,
The privacy protection increasingly relies on effective cyber security.
This is implementation by organizations to secure personal data both when it is in transit and at rest
The main reason is the Complexity of the connected environment.Through this environment only the secuirity breaks most of the time se
Data risk is also comes under cyber secuirity risk
For stop this secuirity violation cyber secuirity policy needs to improve by there cloud , server connection, network
.
List three factors that contribute to the severity of acid rock draina.docx
List three factors that contribute to the severity of acid rock drainage at Earth\'s surface, such as from legacy coal mining.
Solution
Acid rock drainage is formed by the natural oxidation of common sulphitde minerals when they are exposed to water & aIR
FACTORS THAT CONTRIBUTE TO THE SEVERITY OF ACID ROCK DRAINAGE (ARD)AT EARTH SURFACE ARE
Temperature: Pyrite oxidation occurs most quickly at a temperature around 30°C.
Microorganisms present: Some microorganisms are able to accelerate ARD production.
Amount of oxygen present: Sulphide minerals oxidize more quickly where there is more oxygen available. As a result, ARD formation rates are higher where the sulphides are exposed to air than where they are buried under soil or water
.Amount of water available: Cycles of wetting and drying accelerate ARD formation by dissolving and removing oxidation products, leaving a fresh mineral surface for oxidation. In addition, greater volumes of ARD are often produced in wetter areas where there is more water available for reaction.
Type of minerals present: Not all sulphide minerals are oxidized at the same rate, and neutralization by other minerals present may occur, which would slow the production of ARD.
.
List the GL entries (debit and credit) for the following items - list.docx
List the GL entries (debit and credit) for the following items - list debit/credit by date for each date listed.
On January 2, 2015, an agency decides to order $2,000 of office supplies. The agency has made firm orders for specific vendors. The amounts total $2,000. There are no advances. What is the GL entry when the agency signs the order (but has not yet received the supplies),
On February 2, 2015, the agency receives the goods – the goods are considered expenses, and are not considered personal or real property (or inventory). What is the GL entry?
On February 17, 2015, the vendor receives payment for the goods. How did the vendor (likely) receive payment? Who actually paid the vendor, in most cases? What is the GL entry?
Solution
Answer:
2 jan 2015 Office supplies A/C Dr. $2000
To Account Payables A/CÂ Â Â $2000
2 Feb 2015Â Â Office supplies Expense A/C dr.$2000
To office supplies A/CÂ Â Â Â Â Â Â Â Â Â Â Â Â Â Â Â Â Â $2000
17 Feb 2015Â Â Â Â Â Accounts Payable A/C Dr. $2000
To cash A/CÂ Â Â Â Â Â Â Â Â Â Â Â Â Â Â Â Â Â Â Â Â Â $ 2000
Vendor receive the payment in cash. Agency actually paid the vendor.
.
list examples of the internet entities( switches- web servers- mail se.docx
list examples of the internet entities( switches, web servers, mail server, users and system) need to communicate securely?
Solution
ARPANET was designed to support the interconnection of networks ( inter-networking ).
Routers connect the various individual networks and links together that make up the Internet.
switch is a computer networking device that connects devices together on a computer network,
firewall is a combination of hardware and software that isolates an organization’s internal network from the Internet at large, allowing
some packets to pass and block- ing others.
A web server is an information technology that processes requests via HTTP, the basic network protocol used to distribute information on the World Wide Web.
users navigate from one web page to another via hyperlinks embedded in the documents. These documents may also contain any combination of computer data,
1) User end system (customer) and web server (online store) in business transactions
2) User end system (laptop) and a password protected router (Wi-Fi internet) during log on
3) Two web servers (email service) in sending an email
.
List and define the factors that are important to successful implement.docx
List and define the factors that are important to successful implementation efforts.
List and define the factors that are important to successful implementation efforts.
Solution
Q)List and define the factors that are important to successful implementation efforts.
Ans)
Several factors are important to the successful implementation of a system:
including
1. management support,
2. The involvement of users, and
3. User expectations.
Additionally,
4. commitment to the project,
5. commitment to change, and
6. extent of project definition and planning are important.
Commitment to the project refers to managing the project so that the problem being solved is well understood and the target system actually solves the problem.
Commitment to change means being willing to change behaviors and procedures. The premise of project definition and
planning is that more extensive planning is more effective than less extensive planning.
.
List some places that may be using Network Address Translation (NAT) a.docx
List some places that may be using Network Address Translation (NAT) and how do they use it.
Solution
In this way Network Address Translation (NAT) is mainly working through LAN and WirelessLAN to be mapped in a single public IP address. Communicate with multiple devices on network structure is designed for easiest manner. In NAT is network designed for inside and outside network.
NATs are widely used in Wi-Fi zones and UWLAN, WAN technologies and it translate private address and legal address into single layer.
Metropolitan cities are using in this technology because single port but multiple access
Space communication also using NAT, easily packet transmission into two or more communication channels in different categories.
Military service is used in various aspects, message (packet) transfer in one IP address through entire communication channel.
Civil democratic living areas are mobilized in easy to connects and configure their network channels in own arrangements.
.
List Five differences in the Format of Foreign vs Domestic Companies I.docx
List Five differences in the Format of Foreign vs Domestic Companies Income Statement.
List Five differences in the Format of Foreign vs Domestic Companies Balance Sheet.
Solution
Differences between IFRS and U.S. GAAP Issue IFRS U.S. GAAP Documents included in the financial statements Balance sheet Income statement Changes in equity Cash flow statement Footnotes Balance sheet Income statement Statement of comprehensive income Changes in equity Cash flow statement Footnotes Balance sheet Requires separation of current and noncurrent assets and liabilities Recommends separation of current and noncurrent assets and liabilities Deferred taxes Shown as separate line items on the balance sheet Included with assets and liabilities Minority interests (usually ownership positions by significant but not majority investors) Included in equity as a separate line item Included in liabilities as a separate line item Extraordinary items (events that don
.
List and define the types of System Software- How does System Software.docx
List and define the types of System Software. How does System Software differ from Applications Software?
Solution
Answer for Question:
System Software Definition:
System software is a type of computer program that is designed to run a computer\'s hardware and application programs.
If we think of the computer system as a layered model, the system software is the interface between the hardware and user applications.
Differences Between Application and System Software:
Application Software:
1. Application software is computer software designed to help the user to perform specific tasks.
2. It is specific purpose software.
3. Classification:
Package Program,
Customized Program
4. Application Software performs in a environment which created by System/Operating System
System Software:
1. System software is computer software designed to operate the computer hardware and to provide a platform for running application software.
2. System Software Create his own environment to run itself and run other application.
3. It is general-purpose software.
4. Classification:
Time Sharing,
Resource Sharing,
Client Server
Batch Processing Operating System
Real time Operating System
Multi-processing Operating System
Multi-programming Operating System
Distributed Operating System
.
List and define the types of System Software- How does System Software (1).docx
List and define the types of System Software. How does System Software differ from Applications Software?
Solution
System software are set of instructions which are used to run computer hardware and applications. It is
like a bridge between hardware and user applications.
System software are of threee types.
1) OPERATING SYSTEM
It is designed to run process and act as a bridge between applications and user.
Different Types are:
* General purpose operating system
* batch processing operating system
* single use operating system
* multi use operating system
* multi programming/multi tasking operating system
* multi thread operating system
* Real time operating system
* Embedded operating system
2) Language translator : which helps to translate high level language to assembly language.
Types are:
* Compiler
* Interpreter
* Assembler
3) Utility software: helps to organize, configure and opttimise the applications in a computer.
Examples are: anti-virus software, back-up software
These all are to give boost to application softwares... using these softwares.. applications run smoothly.
.
List 6 reasons WHY we treat wastewater focused on the different types.docx
List 6 reasons “WHY” we treat wastewater focused on the different types of contaminants in municipal wastewater.
Solution
Due the fact that waste water is generated with different types contaminents which are composed of salts,ammonia,pathogenic material,pesticides,chemicals such as nitrates,posphorus etc.....................
Most conventional waste water plants are through rivers,lakes and streams all these plants have (National POllutant Discharges Elimination System) NPDES
Different types of pollutants are present in waste water are
1) BOD (Bio Chemical Oxygen Demand)
2) Ph value
3) Total suspended values
4) coliform bacteria
5) metals
6) Total dissolved solids
7) pesticides
8) Pharacetimals
The Different reasons why we treat waste water treatment focused on contaminents are
1) Clean water is critical to plants and animals that live in water and drink water This is important for fishing industries,animal lifes and plants
2) All the water that is diposed into lakes and rivers used in villages for drinking so we should treat the water for removing pollutants
3) Sewage or waste water can be recycled and used for any purpose of usage of water
4) As if we dont properly treat waste water it carries so many harmful bacteria and viruses which may cause danger to health as we play and stay with water for long time (example : oceans,rivers )
5) The chemicals and toxic acids present in water may cause various side effects to species (any species)
6) If water is not teated all the water is sent into oceans and rivers which pollute them and cause effect to aquatic and wild life
7) If the waste water is sent into lakes or ponds all the ground water in that area is polluted
So we should treate waste water depending on the contaminents present in water
.
Linux distributions are becoming more and more user friendly- There is.docx
Linux distributions are becoming more and more user friendly. There is a relatively new distribution called Ubuntu that is extremely easy to install and is very functional.
What additional Linux distributions are currently available, and what are their advantages and/or disadvantages?
Solution
The various linux distributions available are given below:
1) Finnix, its used for system administration and also comes in market with various architectures
2) Raspbian, its a a type of desktop bases distribution, its also known as a very less power computer
3) 64 Studio, its for the production of audio and video on x86 environment.
4) Corel Linux, its also one of the linux distribution.
5) Dream Linux, its one of the old linux distribution
Advantages of Linux Distributions:
1) One of the advantages is that, most of the distributions of the linux are free to use and it also can be installed without license in any numbers of Computers.
2) They are more secure than windows systems, with less virus attacks
3) Opne sources and you can free to do the modifications on it.
4) Various software available to use on these distributions.
5) Robust and fast in execution.
Disadvantages of Linux Distributions:
1) To understand linux distribution, you have to be patience, as its not easy as windows, to get familiar with it.
2) Not have a very strong GUI as windows.
3) Linux distributions also having various compatibility issues with other systems.
4) In terms of various applications, linux distributions are still lagging behind the windows
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