total volume =25+25=50 ml total millimoles of KI=.pdf

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total volume =25+25=50 ml total millimoles of KI=25*0.2=5 conce=millimoles/volume in ml =5/50=0.1 similarly for other compound 25*0.2/50=0.1 Solution total volume =25+25=50 ml total millimoles of KI=25*0.2=5 conce=millimoles/volume in ml =5/50=0.1 similarly for other compound 25*0.2/50=0.1.

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Chemistry is the science of matter, especially its chemical reactions, but also its composition, structure and properties.[1][2] Chemistry is concerned with atoms and their interactions with other atoms, and particularly with the properties of chemical bonds. Solution Chemistry is the science of matter, especially its chemical reactions, but also its composition, structure and properties.[1][2] Chemistry is concerned with atoms and their interactions with other atoms, and particularly with the properties of chemical bonds..

Chemistry is the science of matter, especially it.pdf

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Before this confederates began their general advance, General Lee pl.pdf

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An understanding of periodic trends is important .pdf

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Acid contains hydrogen ions. Thus, iodate will react with hydrogen ion to form iodine and water. 2IO3- + 12H+ + 10e- -> I2 + 6H2O Iodine and water will be further reduced to form iodide ions. Thus, this will affect the titration process, thus it should be titrated immediately. IO3- + 3H2O + 6e- -> I- + 6OH- Hope this helps! Solution Acid contains hydrogen ions. Thus, iodate will react with hydrogen ion to form iodine and water. 2IO3- + 12H+ + 10e- -> I2 + 6H2O Iodine and water will be further reduced to form iodide ions. Thus, this will affect the titration process, thus it should be titrated immediately. IO3- + 3H2O + 6e- -> I- + 6OH- Hope this helps!.

Acid contains hydrogen ions. Thus, iodate will re.pdf

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There is a difference between to connect to a network and to communicate over a network. Connecting to a network requires that special hardware be installed in your computer. This hardware is called connection devices. There are two common types of connection devices: 1- Modem – short for modulator / demodulator - which connects computers using a standard telephone line 2- Network interface card (NIC) – which connects computers using a special type of network cabling Note that, NICs are not synonymous with Ethernet cards. An Ethernet card is a particular type of NIC, and is the most popular in personal computers (PCs). Most of the time, these devices are internal hardware, although they are available as an external peripherals. 6 In order to communicate with another computer over a network, you must do two things: 1. Use the set of rules governing communication over the network, called a protocol. Your computer will generally handle this. 2. Know the address of the computer you want to communicate with. There are two types of network addresses: a. Medium access control (MAC) address which is used inside a single network b. Internet protocol (IP) address which is used on the Internet World Wide Web The World Wide Web (web for short or www) is a collection of interlinked multimedia documents that are stored on the Internet and accessed using a common protocol (HTTP). Form this definition we can say that the web is part of the system that is primarily include software components (text files, graphics files, sound files, video files…). So, what is the relation between the internet and the World Wide Web? World Wide Web (WWW) is an Internet based software application. Other Internet applications are: Email ftp (file transfer protocol) Messenger 7 More than 90 percent of the internet applications are World Wide Web so it is valid to use Internet and World Wide Web terms interchangeably. World Wide Web is tied up to several terms such as web server, web browser and HTML or Hypertext Markup Language. In the following paragraph those terms are briefly explained. Solution There is a difference between to connect to a network and to communicate over a network. Connecting to a network requires that special hardware be installed in your computer. This hardware is called connection devices. There are two common types of connection devices: 1- Modem – short for modulator / demodulator - which connects computers using a standard telephone line 2- Network interface card (NIC) – which connects computers using a special type of network cabling Note that, NICs are not synonymous with Ethernet cards. An Ethernet card is a particular type of NIC, and is the most popular in personal computers (PCs). Most of the time, these devices are internal hardware, although they are available as an external peripherals. 6 In order to communicate with another computer over a network, you must do two things: 1. Use the set of rules governing communication over the network, calle.

There is a difference between to connect to a network and to communi.pdf

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The picture is not uploaded properly it is corrupted. please upload .pdf

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No clarity in question . Not visibleSolutionNo clarity in ques.pdf

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Date Account title Debit credit jan 30 cash 45000 common sto.pdf

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Initial Value=2.5Drift rate per annum=0.4Variance rate per annum.pdf

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Introduction Darwin argused that living organisms evolved from one or a few simple forms of live through the process of natural selection. The essence of this comprise a population differ in the numper of viable offspring the produce during their lifetimes. Give that sexual reproduction is the means by which genes are propagated into future generations, sexual selection plays a large role in human evolution. Human sexuality then is of interest to evolutionary psychologists who aim to investigate evolved mechanisms to attract and secure mates. When an environment stress is constant and lasts for many generation , successful adaptation may develop through biological evolution. The human body raedily responds to changing environment stresses in a variety and cultural ways. We can acclimatize to a wide range of temperature and humidity. When traveling to hige altitudes, our bodies adjust so, that our cells still receive sufficient oxygen. We also are constantly responding in physiological ways to internal and external stresses such as, bactrial and viral infections aie, water pollution, dietary imbalance, and overcrowding. Humans normally respond to environmentalstresses in four ways; 1. genetic change 2. developmental adjustment 3. acclimatization 4. cutural practices and technology Human sexuality refers to people sexual interst in and attraction to others it is the capacity to have erotic or sexual feling and experiences. Human sexuality can be understood as part of the social life of humans, governed by social norms,m implied rules of behavior, and the status quo. Socity views on sexuality have changed throughout history and are continuously evolved. Each society has different norma about premarital sex, the age of sexual consent, homosexuality, mastrubation, and other sextual behaviours. Individuals are socialized to these from an early age by their family, education system, peers, media, and religion. With the advent of patriarchal societies, gender roles around sexality became much more stringent, and sexual norma began focusing on sexual possessiveness and the control of female sexuality. The United States is relatively restrictive compared to other industrialized nation when it comes to its citizens general attitudes about sex when. The messages that children are taught about sex play an important role in how they will grow into their sexual selves and express their sexual motivations. How, what, when, and by whom children should be taught about sex is a matter oa great debate in sex education. Solution Introduction Darwin argused that living organisms evolved from one or a few simple forms of live through the process of natural selection. The essence of this comprise a population differ in the numper of viable offspring the produce during their lifetimes. Give that sexual reproduction is the means by which genes are propagated into future generations, sexual selection plays a large role in human evolution. Human sexuality then is of int.

IntroductionDarwin argused that living organisms evolved from one .pdf

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import java.awt.LinearGradientPaint; public class searchComparision { /** * @param args */ public static void linearSearch(int arr[],int n) { for(int i =0;i=n) { break; } } System.out.println(\"\"); } static void binarySearch(int arr[],int start,int end,int n) { if(endn) { binarySearch(arr, start,mid-1,n); } else { binarySearch(arr,mid+1,end,n); } return; } public static void main(String[] args) { // TODO Auto-generated method stub int arr[] = {4,8,12,23,54,84,89,110}; int n=8; linearSearch(arr,n); binarySearch(arr,0,arr.length-1,n); n=33; linearSearch(arr,n); binarySearch(arr,0,arr.length-1,n); n=84; linearSearch(arr,n); binarySearch(arr,0,arr.length-1,n); } } Solution import java.awt.LinearGradientPaint; public class searchComparision { /** * @param args */ public static void linearSearch(int arr[],int n) { for(int i =0;i=n) { break; } } System.out.println(\"\"); } static void binarySearch(int arr[],int start,int end,int n) { if(endn) { binarySearch(arr, start,mid-1,n); } else { binarySearch(arr,mid+1,end,n); } return; } public static void main(String[] args) { // TODO Auto-generated method stub int arr[] = {4,8,12,23,54,84,89,110}; int n=8; linearSearch(arr,n); binarySearch(arr,0,arr.length-1,n); n=33; linearSearch(arr,n); binarySearch(arr,0,arr.length-1,n); n=84; linearSearch(arr,n); binarySearch(arr,0,arr.length-1,n); } }.

import java.awt.LinearGradientPaint; public class searchComparis.pdf

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Distance VectorLink StateIt Sends the entire routing tableIt S.pdf

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Evolution of gymnospersm or plants without fruit which have a naked seed vs other seedless vascular plants such as ferns, mosses etc. Though both of these types of plants survive and dominate their respective ecological successions highly significantly and possess differential and discrete adaptive features according to their respective environments, their evolutionary advances remain highly different in nature. Many aspects of their evolutionary differences can be discussed but survival and longevity of the seed remains the most important and vital feature. This can be discussed as below: Dispersal and longevity of the seed life: Seedless vascular plants follow a medium-mediated dispersal of seeds in nature. They do not possess bright and eye-catching flowers which can attract the insects to aid pollinatation. Their seeds are directly localized onto the upper/lower surface of the leaves itself. After fertilization, the seed is produced and released in the environment. On the other hand, the gymnosperms do not possess bright flowers to attract insects which can aid pollination. Hence, after fertilization, the seeds are dispersed in highly discrete manner or remain dorman as such for very long times. This also decreases the net density of gymnosperms in nature. This property of low fertilization and dispersal of seeds has made the gymnosperms more sturdy enough to survive under very harsh environments as well, such as high heat, low oxygen (at high altitudes), high salinity etc. Thus, the gymosperms have naturally evolved with high endurance against environmental stress/stimuli which makes thier life-time more long as compared to other seedless vascular plants which can be directly reflected into their mode of pollination and seed- dispersal. Thus, this explains the evolutionary advances in gymnospers as compared to other plants. Solution Evolution of gymnospersm or plants without fruit which have a naked seed vs other seedless vascular plants such as ferns, mosses etc. Though both of these types of plants survive and dominate their respective ecological successions highly significantly and possess differential and discrete adaptive features according to their respective environments, their evolutionary advances remain highly different in nature. Many aspects of their evolutionary differences can be discussed but survival and longevity of the seed remains the most important and vital feature. This can be discussed as below: Dispersal and longevity of the seed life: Seedless vascular plants follow a medium-mediated dispersal of seeds in nature. They do not possess bright and eye-catching flowers which can attract the insects to aid pollinatation. Their seeds are directly localized onto the upper/lower surface of the leaves itself. After fertilization, the seed is produced and released in the environment. On the other hand, the gymnosperms do not possess bright flowers to attract insects which can aid pollination. Hence, after fertilization, the.

Evolution of gymnospersm or plants without fruit which have a naked .pdf

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ANS: import javax.swing.*; import java.awt.*; import java.awt.event.ActionEvent; import java.awt.event.ActionListener; public class Frame extends JFrame { private double tn = 0;//here declare the variables private double tn2 = 0; private byte nom = -1; private JTextField jtf; public Frame() { JButton[] bn = new JButton[10]; for ( int i = 9; i >= 0; i--) { bn[i] = new JButton(Integer.toString(i)); } //here declare the buttons JButton eb= new JButton(\"e1\"); JButton cb= new JButton(\"C\"); JButton ab= new JButton(\"+\"); JButton sb= new JButton(\"-\"); JButton mb= new JButton(\"*\"); JButton db= new JButton(\"/\"); JButton ab= new JButton(\"+\"); JButton sb= new JButton(\"-\"); //here to set the size,bg,dimensionals jtf = new JTextField(); jtf.setPreferredSize(new Dimension(180, 30)); jtf.setBackground(Color.BLUE); jtf.setEnabled(false); jtf.setHorizontalAlignment(4); jtf.setDisabledTextColor(Color.GREEN); //here set the layouts JPanel PM = new JPanel(); PM.setLayout(new BoxLayout(PM, BoxLayout.Y_AXIS)); JPanel pt = new JPanel(); pt.setPreferredSize(new Dimension(160, 20)); pt.add(jtf); JPanel pnb = new JPanel(); pnb.setPreferredSize(new Dimension(160, 100)); for(int i = 9; i>=0; i--) { pnb.add(bn[i]); } //here buttons add to panels JPanel pb_nom = new JPanel(); pb_nom.setPreferredSize(new Dimension(160, 35)); pb_nom.add(eb); pb_nom.add(cb); pb_nom.add(mb); pb_nom.add(db); pb_nom.add(ab); pb_nom.add(sb); umo_ji[] pb_action = new umo_ji[10]; for ( int i = 0; i < 10; i++ ) { pb_action[i] = new umo_ji(bn[i]); bn[i].addActionListener(pb_action[i]); } //here perform action buttons eb e1 = new eb(); eb.addActionListener(e1); cb c = new cb(); cb.addActionListener(c); mb e2 = new mb(); mb.addActionListener(e2); db e3 = new db(); db.addActionListener(e3); ab add = new ab(); ab.addActionListener(add); Sub_But subtract = new Sub_But(); sb.addActionListener(subtract); PM.add(pt); PM.add(pnb); PM.add(pb_nom); add(PM); //To set the title and size setTitle(\"Button_Test\"); setSize(180, 290); setLocationByPlatform(true); setDefaultCloseOperation(WindowConstants.EXIT_ON_CLOSE); setVisible(true); } private class umo_ji implements ActionListener { //here implements actionlistener private String c; public umo_ji(JButton a) { this.c = a.text_get(); } public void actionPerformed(ActionEvent e) { if (!jtf.text_get().equals(\"0.0\")) { jtf.text_set(jtf.text_get() + c); } else { jtf.text_set(\"\"); actionPerformed(e); } } } private class eb implements ActionListener { @Override//overide buttons public void actionPerformed(ActionEvent e) { tn2 = Double.parseDouble(jtf.text_get()); if (nom == 0) { jtf.text_set(Double.toString((Math.round((tn / tn2) * 100)) / 100)); } else if (nom == 1) { jtf.text_set(Double.toString(tn * tn2)); } else if (nom == 2) { jtf.text_set(Double.toString(tn2 + tn)); } else if (nom == 3) { jtf.text_set(Double.toString(tn - tn2)); } else { jtf.text_set(String.valueOf(tn)); } tn = Double.parseDouble(jtf.text_get()); } } private class cb implements.

ANSimport javax.swing.;import java.awt.; import java.awt.ev.pdf

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a. Total asset turnover = Return on assets / Profit margin = 0.145 / 0.055 = 2.64 times b. Return on equity = Return on assets / (1 - Debt-to-total-assets ratio) = 0.145 / (1 - 0.65) = 0.145 / 0.35 = 0.4143 or 41.43% Solution a. Total asset turnover = Return on assets / Profit margin = 0.145 / 0.055 = 2.64 times b. Return on equity = Return on assets / (1 - Debt-to-total-assets ratio) = 0.145 / (1 - 0.65) = 0.145 / 0.35 = 0.4143 or 41.43%.

a. Total asset turnover = Return on assets Profit margin= 0.145 .pdf

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d) All but Iv is the right answer.Solutiond) All but Iv is the.pdf

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=2^10=1024Solution=2^10=1024.pdf

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1.Management information systemMany of the different types of Inf.pdf

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1. MnO4- is purple in solution. When the reaction is complete the solution turns colorless as MnO4- is reduced to Mn2+. The end point can thus be determined using the color change of the reactant itself. 2. The reaction needs to occur in acidic medium for MnO4- to be fully reduced to Mn2+. In neutral or alkaine media, the MnO4- is only partially reduced to MnO2. 3. The initial reaction has a high activation energy and requires heating to increase the reaction rate so that the titration can be completed within a reasonable time. Solution 1. MnO4- is purple in solution. When the reaction is complete the solution turns colorless as MnO4- is reduced to Mn2+. The end point can thus be determined using the color change of the reactant itself. 2. The reaction needs to occur in acidic medium for MnO4- to be fully reduced to Mn2+. In neutral or alkaine media, the MnO4- is only partially reduced to MnO2. 3. The initial reaction has a high activation energy and requires heating to increase the reaction rate so that the titration can be completed within a reasonable time..

1. MnO4- is purple in solution. When the reaction is complete the so.pdf

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