Sulfuric acid (H2SO4) is the catalyst for the reaction. Sulfuric aci.pdf

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Sulfuric acid (H2SO4) is the catalyst for the reaction. Sulfuric acid will dissociate in solution to give H+ and HSO4-. The H+ will start the reaction. The 1-hexene\'s double bond will attack the H+ (proton) and then a carbocation will form. The MOST stable carbocation will form and here you have a choice between a primary and secondary carbocations. The more substituted a carbocation is then the more stable it will be and therefore the secondary carbocation forms. H2O (water) which is the solvent and the nucleophile will attack the carbocation. The intermediate species will have a formal charge of +1 and will lose a H+ (proton) to give a neutral species. The reaction is called acid catalyzed hydration of alkenes. H2SO4 is not too friendly and needs to be used in catalytic amounts probably a few drops. The reaction will be an instant reaction Solution Sulfuric acid (H2SO4) is the catalyst for the reaction. Sulfuric acid will dissociate in solution to give H+ and HSO4-. The H+ will start the reaction. The 1-hexene\'s double bond will attack the H+ (proton) and then a carbocation will form. The MOST stable carbocation will form and here you have a choice between a primary and secondary carbocations. The more substituted a carbocation is then the more stable it will be and therefore the secondary carbocation forms. H2O (water) which is the solvent and the nucleophile will attack the carbocation. The intermediate species will have a formal charge of +1 and will lose a H+ (proton) to give a neutral species. The reaction is called acid catalyzed hydration of alkenes. H2SO4 is not too friendly and needs to be used in catalytic amounts probably a few drops. The reaction will be an instant reaction.

Sulfuric acid (H2SO4) is the catalyst for the reaction. Sulfuric acid will dissociate in solution to
give H+ and HSO4-. The H+ will start the reaction. The 1-hexene's double bond will attack the
H+ (proton) and then a carbocation will form. The MOST stable carbocation will form and here
you have a choice between a primary and secondary carbocations. The more substituted a
carbocation is then the more stable it will be and therefore the secondary carbocation forms.
H2O (water) which is the solvent and the nucleophile will attack the carbocation. The
intermediate species will have a formal charge of +1 and will lose a H+ (proton) to give a neutral
species. The reaction is called acid catalyzed hydration of alkenes. H2SO4 is not too friendly
and needs to be used in catalytic amounts probably a few drops. The reaction will be an instant
reaction
Solution
Sulfuric acid (H2SO4) is the catalyst for the reaction. Sulfuric acid will dissociate in solution to
give H+ and HSO4-. The H+ will start the reaction. The 1-hexene's double bond will attack the
H+ (proton) and then a carbocation will form. The MOST stable carbocation will form and here
you have a choice between a primary and secondary carbocations. The more substituted a
carbocation is then the more stable it will be and therefore the secondary carbocation forms.
H2O (water) which is the solvent and the nucleophile will attack the carbocation. The
intermediate species will have a formal charge of +1 and will lose a H+ (proton) to give a neutral
species. The reaction is called acid catalyzed hydration of alkenes. H2SO4 is not too friendly
and needs to be used in catalytic amounts probably a few drops. The reaction will be an instant
reaction

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Amphiprotic. The preferred term is amphoteric. A compound that is amphoteric can behave as either an acid or a base. These are most commonly explained when using the Bronsted-Lowry theory of acids and bases. Sorry. NONE of these are amphoteric (or amphiprotic). In order to behave as a Bronsted-Lowry acid it must donate a proton. That narrows it down to HCl and HSO4-. In order to behave as a base it must accept a proton. A, D and E can all accept protons. HCl is a strong acid and dissociates to form H+ and Cl-. There is no tendency to gain a proton. HSO4- is a weak acid and can donate a proton, but it won\'t accept a proton to make H2SO4 because H2SO4 is a strong acid and completely dissociates. Even if one of the choices had been HSO3- we would still have a problem. It would be tempting to say that HSO3- could gain a proton to make the weak acid H2SO3. The problem is that H2SO3 does not exist in aqueous solution. It is a fictitious acid, much like H2CO3 which also cannot exist in aqueous solution. The bottom line is that NONE of these are amphoteric. ========= Follow up ========== See! HPV got suckered. Sorry, you can\'t possibly form H2SO4 and OH-. H2SO4 is a strong acid and completely dissociates to form H+ and HSO4-. The H+ will combine with OH- to make water, and you\'re right back where you started. No. HSO4- is NOT amphoteric in aqueous solution. ======= More follow up ========== \"Would it matter about the physical state?\" No. For the substance to gain a proton, it will be in aqueous solution. As soon as HCl interacts with water it will dissociate to form H+ and Cl-. =============================== You may see that HSO4- is listed as an amphoteric substance, but only because whoever wrote that didn\'t think it through. Solution Amphiprotic. The preferred term is amphoteric. A compound that is amphoteric can behave as either an acid or a base. These are most commonly explained when using the Bronsted-Lowry theory of acids and bases. Sorry. NONE of these are amphoteric (or amphiprotic). In order to behave as a Bronsted-Lowry acid it must donate a proton. That narrows it down to HCl and HSO4-. In order to behave as a base it must accept a proton. A, D and E can all accept protons. HCl is a strong acid and dissociates to form H+ and Cl-. There is no tendency to gain a proton. HSO4- is a weak acid and can donate a proton, but it won\'t accept a proton to make H2SO4 because H2SO4 is a strong acid and completely dissociates. Even if one of the choices had been HSO3- we would still have a problem. It would be tempting to say that HSO3- could gain a proton to make the weak acid H2SO3. The problem is that H2SO3 does not exist in aqueous solution. It is a fictitious acid, much like H2CO3 which also cannot exist in aqueous solution. The bottom line is that NONE of these are amphoteric. ========= Follow up ========== See! HPV got suckered. Sorry, you can\'t possibly form H2SO4 and OH-. H2SO4 is a strong acid and completely dissociates to form H+ a.

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What inequities exist in health care? If you take the question from the perspective of \"access to health care\", inequalities are usually split in the literature on spatial and non-spatial factors. Into space factors, because they put distance between the supply of health services and the people who claim we can find: Then, non spacial factors as: When there is inequality in access to health care, do you think this is a problem of justice or something else? I think that inequalities in our society are reflected in the health system, for example, is not in poor neighborhoods may not have good hospitals, it is that people think that the poor do not deserve good hospitals. Something similar occurs with certain diseases stigmatized as AIDS or sexually transmitted diseases, protocols and supply health is contaminated by prejudice, so the real struggle lies in advance eliminate prejudices in society at large and not just within the health system. Do you consider it fair for all age groups to possess equal access to health care providers? I think they should prioritize vulnerable groups, infants, children, pregnant women, people with disabilities, chronic diseases and seniors, they must direct the bulk of the resources, and others allow access as their ability to pay, allowing that those who have resources to pay for their health and that have not to be supported. What are some of the unintended consequences of Affordable Care Act and what would you recommend? The main criticism has been that it has forced insurers to provide a minimum package to those who have historically been excluded, either preexisting, economic, inmigration status or employment conditions. Insurers have argued that this regulation raises their operating costs considerably and inevitably fall in the rest of the insured, increasing the price of their plans. On the other hand, it has been much criticized lack of planning and implementation capacity that has taken the state to meet the entire demand of applicants that has befallen them. I think both issues are coordinated, to the extent that public policy makers will come up against obstacles, should have the ability to learn to overcome them on the go. Solution What inequities exist in health care? If you take the question from the perspective of \"access to health care\", inequalities are usually split in the literature on spatial and non-spatial factors. Into space factors, because they put distance between the supply of health services and the people who claim we can find: Then, non spacial factors as: When there is inequality in access to health care, do you think this is a problem of justice or something else? I think that inequalities in our society are reflected in the health system, for example, is not in poor neighborhoods may not have good hospitals, it is that people think that the poor do not deserve good hospitals. Something similar occurs with certain diseases stigmatized as AIDS or sexually transmitted diseases, p.

What inequities exist in health careIf you take the question from.pdf

What inequities exist in health careIf you take the question from.pdf

What inequities exist in health careIf you take the question from.pdf

The tops for collecting network based evidence: you think that your organization’s system has been attacked, or maybe an insider is emailing your organization’s trade secrets to a friend at a rival corporation. What should you do? The single most helpful network-based incident response activity is to deploy computer systems that do nothing but intercept or collect network communications. Capturing network communications is a critical and necessary step when investigating alleged crimes or abuses. In this chapter, we will demonstrate how to capture network traffic the ugly and bare-metal way, with software such as tcpdump and WinDump. We will discuss how to assemble a robust, secure, network-monitoring system and conduct full-content monitoring of network traffic. Catching the traffic is only a portion of the work; extracting meaningful results is the other challenge. After you have collected the raw data that composes your network-based evidence, you must analyze that data. The analysis of network-based evidence includes reconstructing the network activity, performing low-level protocol analysis, and interpreting the network activity. We will introduce the tools that you can use to analyze the data .If a law enforcement officer suspects an individual of a crime such as minor drug dealing, the suspect is usually placed under surveillance to confirm suspicions, accumulate evidence, and identify co-conspirators. The same approach works with suspected crimes against computer networks. Network monitoring is not intended to prevent attacks. Instead, it allows investigators to accomplish a number of tasks Network monitoring can include several different types of data collection: event monitoring, trap-and-trace monitoring, and full-content monitoring. When responding to computer security incidents, you will likely rely on collecting full-content data with tools such as tcpdump. However, there may be occasions when you will intercept solely the transactional data with a trap-and-trace. Event monitoring is based on rules or thresholds employed on the network- monitoring platform. Events are simply alerts that something occurred on your network. Traditional events are generated by a network IDS, but events can also be created by network health monitoring software like MRTG (Multi Router Traffic Grapher) or NTOP. Noncontent monitoring records the session or transaction data summarizing the network activity. Law enforcement refers to such noncontent monitoring as a pen register or a trap-and-trace. It typically includes the protocol, IP addresses, and ports used by a network communication. Additional data may include flags seen during the conversation (if TCP is used), counts of bytes of information sent by each side, and counts of packets sent by each side. Session data does not care about the content of a conversation. Here is a sample of session data, generated by tcptrace. Full-content monitoring yields data that includes the raw packets collected fr.

The tops for collecting network based evidenceyou think that your.pdf

The tops for collecting network based evidenceyou think that your.pdf

The tops for collecting network based evidenceyou think that your.pdf

public class Party { private int guests; /** * return the guests */ public int getGuests() { return guests; } /** * param guests * the guests to set */ public void setGuests(int guests) { this.guests = guests; } public void displayInvitation() { System.out.println(\"Please come to my party\"); } } import java.util.Scanner; public class UseParty { public static void main(String[] args) { Party aParty = new Party(); int guests; Scanner keyboard = new Scanner(System.in); System.out.print(\"Enter number of guests for the party.>>\"); guests = keyboard.nextInt(); aParty.setGuests(guests); System.out.println(\"The party has \" + aParty.getGuests() + \" guest\"); aParty.displayInvitation(); } } public class DinnerParty extends Party { private int dinnerChoice; /** * return the dinnerChoice */ public int getDinnerChoice() { return dinnerChoice; } /** * param dinnerChoice * the dinnerChoice to set */ public void setDinnerChoice(int dinnerChoice) { this.dinnerChoice = dinnerChoice; } } import java.util.Scanner; public class UseDinnerParty { public static void main(String[] args) { Party aParty = new Party(); int guests; int choice; Scanner keyboard = new Scanner(System.in); DinnerParty aDinnerParty = new DinnerParty(); System.out.print(\"Enter number of guests for the party.>>\"); guests = keyboard.nextInt(); aParty.setGuests(guests); System.out.println(\"The party has \" + aParty.getGuests() + \" guest\"); aParty.displayInvitation(); System.out.print(\"Enter number of guests for the dinner party>> \"); guests = keyboard.nextInt(); aDinnerParty.setGuests(guests); System.out .print(\"Enter the menu option-1 for children or 2 for beef >> \"); choice = keyboard.nextInt(); aDinnerParty.setDinnerChoice(choice); System.out.println(\"The dinner party has \" + aDinnerParty.getGuests()); System.out.println(\"menu option \" + aDinnerParty.getDinnerChoice() + \" will be served\"); aDinnerParty.displayInvitation(); } } public class DinnerParty2 extends Party { private int dinnerChoice; /** * return the dinnerChoice */ public int getDinnerChoice() { return dinnerChoice; } /** * param dinnerChoice * the dinnerChoice to set */ public void setDinnerChoice(int dinnerChoice) { this.dinnerChoice = dinnerChoice; } public void displayInvitation() { System.out.println(\"Please come to my dinner party\"); } } import java.util.Scanner; public class UseDinnerParty2 { public static void main(String[] args) { Party aParty = new Party(); int guests; int choice; Scanner keyboard = new Scanner(System.in); DinnerParty2 aDinnerParty = new DinnerParty2(); System.out.print(\"Enter number of guests for the party.>>\"); guests = keyboard.nextInt(); aParty.setGuests(guests); System.out.println(\"The party has \" + aParty.getGuests() + \" guest\"); aParty.displayInvitation(); System.out.print(\"Enter number of guests for the dinner party>> \"); guests = keyboard.nextInt(); aDinnerParty.setGuests(guests); System.out .print(\"Enter the menu option-1 for children or 2 for beef >> \"); choice .

public class Party { private int guests; return .pdf

public class Party { private int guests; return .pdf

public class Party { private int guests; return .pdf

The main culprit of the scene is suspect 2 ; Roger Coleman, the DNA bands perfectly matches to the crime person DNA Crotzer felt guilty because the lady was died in his hands. B) Suspect 1 and Suspect 3 are innocent, they came to rescue her. Unexpectedly they too suspected. C) DNA fingerprinting matching and analysis. Solution The main culprit of the scene is suspect 2 ; Roger Coleman, the DNA bands perfectly matches to the crime person DNA Crotzer felt guilty because the lady was died in his hands. B) Suspect 1 and Suspect 3 are innocent, they came to rescue her. Unexpectedly they too suspected. C) DNA fingerprinting matching and analysis..

The main culprit of the scene is suspect 2 ; Roger Coleman, the DNA .pdf

The main culprit of the scene is suspect 2 ; Roger Coleman, the DNA .pdf

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The motor ANS is divided into the sympathetic nervous system, which takes charge during stressful situations, and the parasympathetic nervous system, which dominates in times of rest and relaxation. The ans utilizes two lower motor neurons. the neuron with its cell body within the central nervous system and projecting towards the ganglia is known as the afferent sensory neuron. the second neuron has its cell body within the ganglia, and has its axon project to the effector, and is known as the motor neuron Solution The motor ANS is divided into the sympathetic nervous system, which takes charge during stressful situations, and the parasympathetic nervous system, which dominates in times of rest and relaxation. The ans utilizes two lower motor neurons. the neuron with its cell body within the central nervous system and projecting towards the ganglia is known as the afferent sensory neuron. the second neuron has its cell body within the ganglia, and has its axon project to the effector, and is known as the motor neuron.

The motor ANS is divided into the sympathetic nervous system, which .pdf

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The formation of a disaccharide involves the condensation of two mon.pdf

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Density = MassVolume = 4.023.57 = 1.126 gml .pdf

Density = MassVolume = 4.023.57 = 1.126 gml .pdf

Density = MassVolume = 4.023.57 = 1.126 gml .pdf

D is correct. Solution D .pdf

D is correct. Solution D .pdf

D is correct. Solution D .pdf

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1. Sulfuric acid (H2SO4) is the catalyst for the reaction. Sulfuric acid will dissociate in solution to give H+ and HSO4-. The H+ will start the reaction. The 1-hexene's double bond will attack the H+ (proton) and then a carbocation will form. The MOST stable carbocation will form and here you have a choice between a primary and secondary carbocations. The more substituted a carbocation is then the more stable it will be and therefore the secondary carbocation forms. H2O (water) which is the solvent and the nucleophile will attack the carbocation. The intermediate species will have a formal charge of +1 and will lose a H+ (proton) to give a neutral species. The reaction is called acid catalyzed hydration of alkenes. H2SO4 is not too friendly and needs to be used in catalytic amounts probably a few drops. The reaction will be an instant reaction Solution Sulfuric acid (H2SO4) is the catalyst for the reaction. Sulfuric acid will dissociate in solution to give H+ and HSO4-. The H+ will start the reaction. The 1-hexene's double bond will attack the H+ (proton) and then a carbocation will form. The MOST stable carbocation will form and here you have a choice between a primary and secondary carbocations. The more substituted a carbocation is then the more stable it will be and therefore the secondary carbocation forms. H2O (water) which is the solvent and the nucleophile will attack the carbocation. The intermediate species will have a formal charge of +1 and will lose a H+ (proton) to give a neutral species. The reaction is called acid catalyzed hydration of alkenes. H2SO4 is not too friendly and needs to be used in catalytic amounts probably a few drops. The reaction will be an instant reaction