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S = {0,1,2,3,4,5} P(S)* be the set of all nonempty subsets of S a function m: P(S)* -> S by m(H) = the largest element in H (a) Is m one-to-one? Why or why not? P(s) having n=2^6-1 element and S having m= 6 element function m is not one to one since n>m. (n be less then or equal to m ) M is not one to one since {1,3} will map to 3 {2,3} will also map tp 3 // by defination of m two element having same mapping.(IT shd be unique for each element). Does m map P(S)* onto S? Why or why not? yes m is onto funtion max element of P(s) will be in s since P(s) in subset of S only. therefore for all the element present in s will be mapping of atleat one element present in P(s). Solution S = {0,1,2,3,4,5} P(S)* be the set of all nonempty subsets of S a function m: P(S)* -> S by m(H) = the largest element in H (a) Is m one-to-one? Why or why not? P(s) having n=2^6-1 element and S having m= 6 element function m is not one to one since n>m. (n be less then or equal to m ) M is not one to one since {1,3} will map to 3 {2,3} will also map tp 3 // by defination of m two element having same mapping.(IT shd be unique for each element). Does m map P(S)* onto S? Why or why not? yes m is onto funtion max element of P(s) will be in s since P(s) in subset of S only. therefore for all the element present in s will be mapping of atleat one element present in P(s)..
S = {0,1,2,3,4,5} P(S) be the set of all nonempty subsets of.pdf
S = {0,1,2,3,4,5} P(S) be the set of all nonempty subsets of.pdf
DEEPAKSONI562
/* * The java program that prompts user to * enter a string and shift key and then * converts the string to the encoded string * and prints the encoded string value to console. * */ //CeaserCipher.java import java.util.Scanner; public class CeaserCipher { public static void main(String[] args) { Scanner scanner=new Scanner(System.in); String message; int shift; System.out.println(\"Enter a message in small letters,a-z\"); message=scanner.nextLine(); System.out.println(\"Enter shift value\"); shift=scanner.nextInt(); //calling encode method with message, shift value String encodedMsg=encode(message,shift); //calling WriteMessage WriteMessage(encodedMsg); } /*Method that prints the encoded text to console*/ private static void WriteMessage(String encodedMsg) { System.out.println(\"Encoded text :\"+encodedMsg); } //Method that takes string and integer value and returns //the encoded string to calling method private static String encode(String message, int shift) { StringBuffer sb=new StringBuffer(message); for (int i = 0; i < message.length(); i++) { //shift to back to the alphabets char encodedkey = (char) (\'a\' + (message.charAt(i) -\'a\' + shift) % (\'z\' - \'a\' + 1)); //set character at index,i sb.setCharAt(i, encodedkey); } //return encoded string to calling method return new String(sb); } } Sample Output: Enter a message in small letters,a-z sunday is holiday Enter shift value 5 Encoded text :xzsifdYnxYmtqnifd Solution /* * The java program that prompts user to * enter a string and shift key and then * converts the string to the encoded string * and prints the encoded string value to console. * */ //CeaserCipher.java import java.util.Scanner; public class CeaserCipher { public static void main(String[] args) { Scanner scanner=new Scanner(System.in); String message; int shift; System.out.println(\"Enter a message in small letters,a-z\"); message=scanner.nextLine(); System.out.println(\"Enter shift value\"); shift=scanner.nextInt(); //calling encode method with message, shift value String encodedMsg=encode(message,shift); //calling WriteMessage WriteMessage(encodedMsg); } /*Method that prints the encoded text to console*/ private static void WriteMessage(String encodedMsg) { System.out.println(\"Encoded text :\"+encodedMsg); } //Method that takes string and integer value and returns //the encoded string to calling method private static String encode(String message, int shift) { StringBuffer sb=new StringBuffer(message); for (int i = 0; i < message.length(); i++) { //shift to back to the alphabets char encodedkey = (char) (\'a\' + (message.charAt(i) -\'a\' + shift) % (\'z\' - \'a\' + 1)); //set character at index,i sb.setCharAt(i, encodedkey); } //return encoded string to calling method return new String(sb); } } Sample Output: Enter a message in small letters,a-z sunday is holiday Enter shift value 5 Encoded text :xzsifdYnxYmtqnifd.
The java program that prompts user to enter a string and .pdf
The java program that prompts user to enter a string and .pdf
DEEPAKSONI562
The answer is b, theres no increase in H. Solution The answer is b, theres no increase in H..
The answer is b, theres no increase in H. .pdf
The answer is b, theres no increase in H. .pdf
DEEPAKSONI562
Step1 white ppt with NaCl(aq) indicates Ag+ Step2 Passing H2S in acidic salt solution ; no ppt being formes indicates absence of group II ; Cu+2 and Cd+2 are absent. Step3 Passing H2S in basic condition ; formation of ppt marks presence of group IV Step4 Possible ions are Ag+; Ni+2 ;Mn+2 ; Na+ Solution Step1 white ppt with NaCl(aq) indicates Ag+ Step2 Passing H2S in acidic salt solution ; no ppt being formes indicates absence of group II ; Cu+2 and Cd+2 are absent. Step3 Passing H2S in basic condition ; formation of ppt marks presence of group IV Step4 Possible ions are Ag+; Ni+2 ;Mn+2 ; Na+.
Step1 white ppt with NaCl(aq) indicates Ag+ Step.pdf
Step1 white ppt with NaCl(aq) indicates Ag+ Step.pdf
DEEPAKSONI562
Natural rubber is a polymer of isoprene units ; every monomer unit contains a double bond which undergoes ozonolysis reaction in presence of ozone. Thus polymer chains are broken. Solution Natural rubber is a polymer of isoprene units ; every monomer unit contains a double bond which undergoes ozonolysis reaction in presence of ozone. Thus polymer chains are broken..
Natural rubber is a polymer of isoprene units ; e.pdf
Natural rubber is a polymer of isoprene units ; e.pdf
DEEPAKSONI562
no double displacement reactions can be mixing two soluble salts whose product can be an insoluble salt Solution no double displacement reactions can be mixing two soluble salts whose product can be an insoluble salt.
no double displacement reactions can be mixing tw.pdf
no double displacement reactions can be mixing tw.pdf
DEEPAKSONI562
using System; using System.Collections.Generic; using System.Linq; using System.Text; namespace ConsoleApplication3 { class BMI { double weight; double height; public BMI() //default constructor { weight = 0; height = 0; } public BMI(double wt,double ht) //parameterized constructor { weight = wt; height = ht; } public void input() //function to input height and weight { Console.WriteLine(\"Enter weight in kilograms\"); weight = Convert.ToDouble(Console.ReadLine()); Console.WriteLine(\"Enter height in metres\"); height = Convert.ToDouble(Console.ReadLine()); } public void BMIstatus() //function to calculate BMI and display status of person { double bmi; bmi = weight / (height * height); if (bmi<18.5) Console.WriteLine(\"Person is Underweight\"); else if(bmi>18.5 && bmi<24.9) Console.WriteLine(\"Person is normal\"); else if(bmi>25 && bmi<29.9) Console.WriteLine(\"Person is Overweight\"); else if(bmi>=30) Console.WriteLine(\"Person is Obese\"); } } class Program { static void Main(string[] args) { BMI person1=new BMI(); person1.input(); //call functions person1.BMIstatus(); Console.ReadLine(); } } } output: Enter weight in kilograms 70 Enter height in metres 1.57 Person is Overweight Solution using System; using System.Collections.Generic; using System.Linq; using System.Text; namespace ConsoleApplication3 { class BMI { double weight; double height; public BMI() //default constructor { weight = 0; height = 0; } public BMI(double wt,double ht) //parameterized constructor { weight = wt; height = ht; } public void input() //function to input height and weight { Console.WriteLine(\"Enter weight in kilograms\"); weight = Convert.ToDouble(Console.ReadLine()); Console.WriteLine(\"Enter height in metres\"); height = Convert.ToDouble(Console.ReadLine()); } public void BMIstatus() //function to calculate BMI and display status of person { double bmi; bmi = weight / (height * height); if (bmi<18.5) Console.WriteLine(\"Person is Underweight\"); else if(bmi>18.5 && bmi<24.9) Console.WriteLine(\"Person is normal\"); else if(bmi>25 && bmi<29.9) Console.WriteLine(\"Person is Overweight\"); else if(bmi>=30) Console.WriteLine(\"Person is Obese\"); } } class Program { static void Main(string[] args) { BMI person1=new BMI(); person1.input(); //call functions person1.BMIstatus(); Console.ReadLine(); } } } output: Enter weight in kilograms 70 Enter height in metres 1.57 Person is Overweight.
using System; using System.Collections.Generic; using System.Lin.pdf
using System; using System.Collections.Generic; using System.Lin.pdf
DEEPAKSONI562
Toxicants may move across biological membranes by all the following mechanisms except aqueous diffusion. This is because for the diffusion of the toxicant molecules, the aqueous pores are too small. Hence, the option a is the correct answer. Solution Toxicants may move across biological membranes by all the following mechanisms except aqueous diffusion. This is because for the diffusion of the toxicant molecules, the aqueous pores are too small. Hence, the option a is the correct answer..
Toxicants may move across biological membranes by all the following .pdf
Toxicants may move across biological membranes by all the following .pdf
DEEPAKSONI562
Recommended
S = {0,1,2,3,4,5} P(S)* be the set of all nonempty subsets of S a function m: P(S)* -> S by m(H) = the largest element in H (a) Is m one-to-one? Why or why not? P(s) having n=2^6-1 element and S having m= 6 element function m is not one to one since n>m. (n be less then or equal to m ) M is not one to one since {1,3} will map to 3 {2,3} will also map tp 3 // by defination of m two element having same mapping.(IT shd be unique for each element). Does m map P(S)* onto S? Why or why not? yes m is onto funtion max element of P(s) will be in s since P(s) in subset of S only. therefore for all the element present in s will be mapping of atleat one element present in P(s). Solution S = {0,1,2,3,4,5} P(S)* be the set of all nonempty subsets of S a function m: P(S)* -> S by m(H) = the largest element in H (a) Is m one-to-one? Why or why not? P(s) having n=2^6-1 element and S having m= 6 element function m is not one to one since n>m. (n be less then or equal to m ) M is not one to one since {1,3} will map to 3 {2,3} will also map tp 3 // by defination of m two element having same mapping.(IT shd be unique for each element). Does m map P(S)* onto S? Why or why not? yes m is onto funtion max element of P(s) will be in s since P(s) in subset of S only. therefore for all the element present in s will be mapping of atleat one element present in P(s)..
S = {0,1,2,3,4,5} P(S) be the set of all nonempty subsets of.pdf
S = {0,1,2,3,4,5} P(S) be the set of all nonempty subsets of.pdf
DEEPAKSONI562
/* * The java program that prompts user to * enter a string and shift key and then * converts the string to the encoded string * and prints the encoded string value to console. * */ //CeaserCipher.java import java.util.Scanner; public class CeaserCipher { public static void main(String[] args) { Scanner scanner=new Scanner(System.in); String message; int shift; System.out.println(\"Enter a message in small letters,a-z\"); message=scanner.nextLine(); System.out.println(\"Enter shift value\"); shift=scanner.nextInt(); //calling encode method with message, shift value String encodedMsg=encode(message,shift); //calling WriteMessage WriteMessage(encodedMsg); } /*Method that prints the encoded text to console*/ private static void WriteMessage(String encodedMsg) { System.out.println(\"Encoded text :\"+encodedMsg); } //Method that takes string and integer value and returns //the encoded string to calling method private static String encode(String message, int shift) { StringBuffer sb=new StringBuffer(message); for (int i = 0; i < message.length(); i++) { //shift to back to the alphabets char encodedkey = (char) (\'a\' + (message.charAt(i) -\'a\' + shift) % (\'z\' - \'a\' + 1)); //set character at index,i sb.setCharAt(i, encodedkey); } //return encoded string to calling method return new String(sb); } } Sample Output: Enter a message in small letters,a-z sunday is holiday Enter shift value 5 Encoded text :xzsifdYnxYmtqnifd Solution /* * The java program that prompts user to * enter a string and shift key and then * converts the string to the encoded string * and prints the encoded string value to console. * */ //CeaserCipher.java import java.util.Scanner; public class CeaserCipher { public static void main(String[] args) { Scanner scanner=new Scanner(System.in); String message; int shift; System.out.println(\"Enter a message in small letters,a-z\"); message=scanner.nextLine(); System.out.println(\"Enter shift value\"); shift=scanner.nextInt(); //calling encode method with message, shift value String encodedMsg=encode(message,shift); //calling WriteMessage WriteMessage(encodedMsg); } /*Method that prints the encoded text to console*/ private static void WriteMessage(String encodedMsg) { System.out.println(\"Encoded text :\"+encodedMsg); } //Method that takes string and integer value and returns //the encoded string to calling method private static String encode(String message, int shift) { StringBuffer sb=new StringBuffer(message); for (int i = 0; i < message.length(); i++) { //shift to back to the alphabets char encodedkey = (char) (\'a\' + (message.charAt(i) -\'a\' + shift) % (\'z\' - \'a\' + 1)); //set character at index,i sb.setCharAt(i, encodedkey); } //return encoded string to calling method return new String(sb); } } Sample Output: Enter a message in small letters,a-z sunday is holiday Enter shift value 5 Encoded text :xzsifdYnxYmtqnifd.
The java program that prompts user to enter a string and .pdf
The java program that prompts user to enter a string and .pdf
DEEPAKSONI562
The answer is b, theres no increase in H. Solution The answer is b, theres no increase in H..
The answer is b, theres no increase in H. .pdf
The answer is b, theres no increase in H. .pdf
DEEPAKSONI562
Step1 white ppt with NaCl(aq) indicates Ag+ Step2 Passing H2S in acidic salt solution ; no ppt being formes indicates absence of group II ; Cu+2 and Cd+2 are absent. Step3 Passing H2S in basic condition ; formation of ppt marks presence of group IV Step4 Possible ions are Ag+; Ni+2 ;Mn+2 ; Na+ Solution Step1 white ppt with NaCl(aq) indicates Ag+ Step2 Passing H2S in acidic salt solution ; no ppt being formes indicates absence of group II ; Cu+2 and Cd+2 are absent. Step3 Passing H2S in basic condition ; formation of ppt marks presence of group IV Step4 Possible ions are Ag+; Ni+2 ;Mn+2 ; Na+.
Step1 white ppt with NaCl(aq) indicates Ag+ Step.pdf
Step1 white ppt with NaCl(aq) indicates Ag+ Step.pdf
DEEPAKSONI562
Natural rubber is a polymer of isoprene units ; every monomer unit contains a double bond which undergoes ozonolysis reaction in presence of ozone. Thus polymer chains are broken. Solution Natural rubber is a polymer of isoprene units ; every monomer unit contains a double bond which undergoes ozonolysis reaction in presence of ozone. Thus polymer chains are broken..
Natural rubber is a polymer of isoprene units ; e.pdf
Natural rubber is a polymer of isoprene units ; e.pdf
DEEPAKSONI562
no double displacement reactions can be mixing two soluble salts whose product can be an insoluble salt Solution no double displacement reactions can be mixing two soluble salts whose product can be an insoluble salt.
no double displacement reactions can be mixing tw.pdf
no double displacement reactions can be mixing tw.pdf
DEEPAKSONI562
using System; using System.Collections.Generic; using System.Linq; using System.Text; namespace ConsoleApplication3 { class BMI { double weight; double height; public BMI() //default constructor { weight = 0; height = 0; } public BMI(double wt,double ht) //parameterized constructor { weight = wt; height = ht; } public void input() //function to input height and weight { Console.WriteLine(\"Enter weight in kilograms\"); weight = Convert.ToDouble(Console.ReadLine()); Console.WriteLine(\"Enter height in metres\"); height = Convert.ToDouble(Console.ReadLine()); } public void BMIstatus() //function to calculate BMI and display status of person { double bmi; bmi = weight / (height * height); if (bmi<18.5) Console.WriteLine(\"Person is Underweight\"); else if(bmi>18.5 && bmi<24.9) Console.WriteLine(\"Person is normal\"); else if(bmi>25 && bmi<29.9) Console.WriteLine(\"Person is Overweight\"); else if(bmi>=30) Console.WriteLine(\"Person is Obese\"); } } class Program { static void Main(string[] args) { BMI person1=new BMI(); person1.input(); //call functions person1.BMIstatus(); Console.ReadLine(); } } } output: Enter weight in kilograms 70 Enter height in metres 1.57 Person is Overweight Solution using System; using System.Collections.Generic; using System.Linq; using System.Text; namespace ConsoleApplication3 { class BMI { double weight; double height; public BMI() //default constructor { weight = 0; height = 0; } public BMI(double wt,double ht) //parameterized constructor { weight = wt; height = ht; } public void input() //function to input height and weight { Console.WriteLine(\"Enter weight in kilograms\"); weight = Convert.ToDouble(Console.ReadLine()); Console.WriteLine(\"Enter height in metres\"); height = Convert.ToDouble(Console.ReadLine()); } public void BMIstatus() //function to calculate BMI and display status of person { double bmi; bmi = weight / (height * height); if (bmi<18.5) Console.WriteLine(\"Person is Underweight\"); else if(bmi>18.5 && bmi<24.9) Console.WriteLine(\"Person is normal\"); else if(bmi>25 && bmi<29.9) Console.WriteLine(\"Person is Overweight\"); else if(bmi>=30) Console.WriteLine(\"Person is Obese\"); } } class Program { static void Main(string[] args) { BMI person1=new BMI(); person1.input(); //call functions person1.BMIstatus(); Console.ReadLine(); } } } output: Enter weight in kilograms 70 Enter height in metres 1.57 Person is Overweight.
using System; using System.Collections.Generic; using System.Lin.pdf
using System; using System.Collections.Generic; using System.Lin.pdf
DEEPAKSONI562
Toxicants may move across biological membranes by all the following mechanisms except aqueous diffusion. This is because for the diffusion of the toxicant molecules, the aqueous pores are too small. Hence, the option a is the correct answer. Solution Toxicants may move across biological membranes by all the following mechanisms except aqueous diffusion. This is because for the diffusion of the toxicant molecules, the aqueous pores are too small. Hence, the option a is the correct answer..
Toxicants may move across biological membranes by all the following .pdf
Toxicants may move across biological membranes by all the following .pdf
DEEPAKSONI562
time is 18.2years detailed answer i will submit now Solution time is 18.2years detailed answer i will submit now.
time is 18.2yearsdetailed answer i will submit nowSolutionti.pdf
time is 18.2yearsdetailed answer i will submit nowSolutionti.pdf
DEEPAKSONI562
This is the code for the above 5 : public class Input extends JFrame{ JRadioButton employee ; JRadioButton manager; JPanel panel; Button button; public Input(){ button = new Button(\"Enter\"); employee = new JRadioButton(\"Employee\"); manager = new JRadioButton(\"Manager\"); ButtonGroup group = new ButtonGroup(); group.add(employee); group.add(manager); employee.setBounds(50,50,80,50); manager.setBounds(50,100,80,50); button.setBounds(130, 200,80,25); panel = new JPanel(); panel.setLayout(null); add(panel); panel.add(employee); panel.add(manager); panel.add(button); employee.addActionListener(new ActionListener() { @Override public void actionPerformed(ActionEvent e) { Frame frame = JOptionPane.getFrameForComponent(getParent()); frame.setVisible(true); frame.setSize(300,300); } }); manager.addActionListener(new ActionListener() { @Override public void actionPerformed(ActionEvent e) { } }); setSize(400,400); setVisible(true); setDefaultCloseOperation(JFrame.EXIT_ON_CLOSE); } /*public void actionPerformed(ActionEvent event){ //JOptionPane.showMessageDialog(parent,\"Popup\"); //System.out.print(\"action \"); }*/ public static void main(String[] args) { new Input(); } } Solution This is the code for the above 5 : public class Input extends JFrame{ JRadioButton employee ; JRadioButton manager; JPanel panel; Button button; public Input(){ button = new Button(\"Enter\"); employee = new JRadioButton(\"Employee\"); manager = new JRadioButton(\"Manager\"); ButtonGroup group = new ButtonGroup(); group.add(employee); group.add(manager); employee.setBounds(50,50,80,50); manager.setBounds(50,100,80,50); button.setBounds(130, 200,80,25); panel = new JPanel(); panel.setLayout(null); add(panel); panel.add(employee); panel.add(manager); panel.add(button); employee.addActionListener(new ActionListener() { @Override public void actionPerformed(ActionEvent e) { Frame frame = JOptionPane.getFrameForComponent(getParent()); frame.setVisible(true); frame.setSize(300,300); } }); manager.addActionListener(new ActionListener() { @Override public void actionPerformed(ActionEvent e) { } }); setSize(400,400); setVisible(true); setDefaultCloseOperation(JFrame.EXIT_ON_CLOSE); } /*public void actionPerformed(ActionEvent event){ //JOptionPane.showMessageDialog(parent,\"Popup\"); //System.out.print(\"action \"); }*/ public static void main(String[] args) { new Input(); } }.
This is the code for the above 5 public class Input extends JFram.pdf
This is the code for the above 5 public class Input extends JFram.pdf
DEEPAKSONI562
Team: public class Team { private String teamId; private String name; private String firstName; private String lastName; private String phoneNumber; private String emailAddress; Team(String teamId, String name, String firstName, String lastName, String phoneNumber, String emailAddress) { this.teamId = teamId; this.name = name; this.firstName = firstName; this.lastName = lastName; this.phoneNumber = phoneNumber; this.emailAddress = emailAddress; } public String getTeamId() { return teamId; } public void setTeamId(String teamId) { this.teamId = teamId; } public String getName() { return name; } public void setName(String name) { this.name = name; } public String getFirstName() { return firstName; } public void setFirstName(String firstName) { this.firstName = firstName; } public String getLastName() { return lastName; } public void setLastName(String lastName) { this.lastName = lastName; } public String getPhoneNumber() { return phoneNumber; } public void setPhoneNumber(String phoneNumber) { this.phoneNumber = phoneNumber; } public String getEmailAddress() { return emailAddress; } public void setEmailAddress(String emailAddress) { this.emailAddress = emailAddress; } public static boolean checkEmailAddress(String emailAddress) { return emailAddress.contains(\"@\"); } @Override public String toString() { return \"Team [teamId=\" + teamId + \", name=\" + name + \", firstName=\" + firstName + \", lastName=\" + lastName + \", phoneNumber=\" + phoneNumber + \", emailAddress=\" + emailAddress + \"]\"; } @Override public int hashCode() { final int prime = 31; int result = 1; result = prime * result + ((emailAddress == null) ? 0 : emailAddress.hashCode()); result = prime * result + ((firstName == null) ? 0 : firstName.hashCode()); result = prime * result + ((lastName == null) ? 0 : lastName.hashCode()); result = prime * result + ((name == null) ? 0 : name.hashCode()); result = prime * result + ((phoneNumber == null) ? 0 : phoneNumber.hashCode()); result = prime * result + ((teamId == null) ? 0 : teamId.hashCode()); return result; } @Override public boolean equals(Object obj) { if (this == obj) return true; if (obj == null) return false; if (getClass() != obj.getClass()) return false; Team other = (Team) obj; if (emailAddress == null) { if (other.emailAddress != null) return false; } else if (!emailAddress.equals(other.emailAddress)) return false; if (firstName == null) { if (other.firstName != null) return false; } else if (!firstName.equals(other.firstName)) return false; if (lastName == null) { if (other.lastName != null) return false; } else if (!lastName.equals(other.lastName)) return false; if (name == null) { if (other.name != null) return false; } else if (!name.equals(other.name)) return false; if (phoneNumber == null) { if (other.phoneNumber != null) return false; } else if (!phoneNumber.equals(other.phoneNumber)) return false; if (teamId == null) { if (other.teamId != null) return false; } else if (!teamId.equals(other.teamId)) return false; r.
Team public class Team { private String teamId; priva.pdf
Team public class Team { private String teamId; priva.pdf
DEEPAKSONI562
Pollination Fertilization 1. Pollination is the transfer of pollen from the male organ (anther)of a flower to the female organ (stigma)of a flower. It is the fusion of male gametes and egg cell in embryo sac situated inside the ovule. 2. It takes place before fertilization It takes place after pollination 3. Need a vector, insects, water, air like agencies are essential There is no external medium for this process 4. No pollen tube formation Pollen tube is formed which transfer male gametes up to egg cell 5. It takes place on outer parts of flower (external mechanism) It occurs inside the flower (internal mechanism) Pollination Fertilization 1. Pollination is the transfer of pollen from the male organ (anther)of a flower to the female organ (stigma)of a flower. It is the fusion of male gametes and egg cell in embryo sac situated inside the ovule. 2. It takes place before fertilization It takes place after pollination 3. Need a vector, insects, water, air like agencies are essential There is no external medium for this process 4. No pollen tube formation Pollen tube is formed which transfer male gametes up to egg cell 5. It takes place on outer parts of flower (external mechanism) It occurs inside the flower (internal mechanism) Solution Pollination Fertilization 1. Pollination is the transfer of pollen from the male organ (anther)of a flower to the female organ (stigma)of a flower. It is the fusion of male gametes and egg cell in embryo sac situated inside the ovule. 2. It takes place before fertilization It takes place after pollination 3. Need a vector, insects, water, air like agencies are essential There is no external medium for this process 4. No pollen tube formation Pollen tube is formed which transfer male gametes up to egg cell 5. It takes place on outer parts of flower (external mechanism) It occurs inside the flower (internal mechanism) Pollination Fertilization 1. Pollination is the transfer of pollen from the male organ (anther)of a flower to the female organ (stigma)of a flower. It is the fusion of male gametes and egg cell in embryo sac situated inside the ovule. 2. It takes place before fertilization It takes place after pollination 3. Need a vector, insects, water, air like agencies are essential There is no external medium for this process 4. No pollen tube formation Pollen tube is formed which transfer male gametes up to egg cell 5. It takes place on outer parts of flower (external mechanism) It occurs inside the flower (internal mechanism).
PollinationFertilization1. Pollination is the transfer of po.pdf
PollinationFertilization1. Pollination is the transfer of po.pdf
DEEPAKSONI562
//Patient.java package A9.toStudents; public class Patient implements Comparable { //attributes private int order; private String name; private boolean emergencyCase; //constructor public Patient(int order, String name, boolean emergencyCase) { this.order = order; this.name = name; this.emergencyCase = emergencyCase; } //compareTo public int compareTo(Patient other) { if(this.isEmergencyCase() && !other.isEmergencyCase()) return -1; //place this first else if(!this.isEmergencyCase() && other.isEmergencyCase()) return 1; //place other first else //if both are emergency or both are not emergency return this.getOrder()-other.getOrder(); //place smaller order first } //getters and setters public int getOrder() { return order; } public void setOrder(int order) { this.order = order; } public String getName() { return name; } public void setName(String name) { this.name = name; } public boolean isEmergencyCase() { return emergencyCase; } public void setEmergencyCase(boolean emergencyCase) { this.emergencyCase = emergencyCase; } public String toString() { return (isEmergencyCase()?\"*\":\"\") + name; } } ---------------------------------------------------------------------------- //PatientComparator.java package A9.toStudents; import java.util.Comparator; public class PatientComparator implements Comparator { public int compare(Patient p1, Patient p2) { if(p1.isEmergencyCase() && !p2.isEmergencyCase()) return -1; //place p1 first else if(!p1.isEmergencyCase() && p2.isEmergencyCase()) return 1; //place p2 first else //if both are emergency or both are not emergency return p1.getOrder()-p2.getOrder(); //place smaller order first } } //end of the PatientComparator ---------------------------------------------------------------------------- /*Sorter class contains static methods that take ArrayList and sorts the list using bubble sort,insertion sort and selection sort */ //Sorter.java package A9.toStudents; import java.util.ArrayList; public class Sorter { //Bubble sort public static void bubbleSort(ArrayList list) { for (int c = 0; c < ( list.size() - 1 ); c++) { for (int d = 0; d < list.size() - c - 1; d++) { if (list.get(d).compareTo(list.get(d+1))>0) /* For ascending order*/ { Patient temp= list.get(d); list.set(d, list.get(d+1)); list.set(d+1, temp); } } } } //Selection sort public static void selectionSort(ArrayList list) { for (int i = 0; i < list.size() - 1; i++) { int index = i; for (int j = i + 1; j < list.size(); j++) if (list.get(j).compareTo(list.get(index))<0) index = j; Patient tempPatient = list.get(index); list.set(index, list.get(i)); list.set(i,tempPatient); } } //Insertion sort public static void insertionSort(ArrayList list) { for (int i = 1; i < list.size(); i++) { for(int j = i ; j > 0 ; j--) { if(list.get(j).compareTo(list.get(j-1))<0) { Patient temp = list.get(j); list.set(j,list.get(j-1)); list.set(j-1,temp); } } } } public static void bubbleSort(ArrayList list, PatientComparator patientComparator) { for (int c = 0; c < ( list.s.
Patient.java package A9.toStudents; public class Patient imple.pdf
Patient.java package A9.toStudents; public class Patient imple.pdf
DEEPAKSONI562
Non financial performance indicators of United Utilities Group PLC. Are : 1. Customer satisfaction: Improvements in customer satisfaction are measured through Ofwat\'s SIM mechanism. Strong performance on Ofwat\'s and environment agency KPI Assessment. Reinvestment of £280 million has been done to outperform customer servicing. Below inflation growth in household bills for the period of 10 years from 2010-20. 2. Effective delivery of Capital investment programme: Capex delivery has further improved. Time cost quality ind3x up to 98%. Initiated 40£million of transitional investment to aid a smoother and most effective start to AMP6. 3. Strong Financials. Operating profits up by £37 million to 641£ million. RCV Gearing went down by 2%, at 58%. Final dividend of 24.03 pence per share was in line with policy. 4. Growth in Business Retail: Growth in developing a range of value added services. Largest new entrant and Second largest water retailer in Scotland. Solution Non financial performance indicators of United Utilities Group PLC. Are : 1. Customer satisfaction: Improvements in customer satisfaction are measured through Ofwat\'s SIM mechanism. Strong performance on Ofwat\'s and environment agency KPI Assessment. Reinvestment of £280 million has been done to outperform customer servicing. Below inflation growth in household bills for the period of 10 years from 2010-20. 2. Effective delivery of Capital investment programme: Capex delivery has further improved. Time cost quality ind3x up to 98%. Initiated 40£million of transitional investment to aid a smoother and most effective start to AMP6. 3. Strong Financials. Operating profits up by £37 million to 641£ million. RCV Gearing went down by 2%, at 58%. Final dividend of 24.03 pence per share was in line with policy. 4. Growth in Business Retail: Growth in developing a range of value added services. Largest new entrant and Second largest water retailer in Scotland..
Non financial performance indicators of United Utilities Group PLC. .pdf
Non financial performance indicators of United Utilities Group PLC. .pdf
DEEPAKSONI562
C) III is correct note: the configuration keep unchanged in first step the inversion of configuration in 2nd step (SN2) Solution C) III is correct note: the configuration keep unchanged in first step the inversion of configuration in 2nd step (SN2).
C) III is correct note the configuration keep un.pdf
C) III is correct note the configuration keep un.pdf
DEEPAKSONI562
LHS =2y+1 RHS=-(-2y-1) =2y+1 LHS =RHS y=all the real numbers are the solution Solution LHS =2y+1 RHS=-(-2y-1) =2y+1 LHS =RHS y=all the real numbers are the solution.
LHS =2y+1RHS=-(-2y-1) =2y+1LHS =RHSy=all the real nu.pdf
LHS =2y+1RHS=-(-2y-1) =2y+1LHS =RHSy=all the real nu.pdf
DEEPAKSONI562
import com.rogue.roguer.command.CommandHandler; import com.rogue.roguer.configuration.Configuration; import com.rogue.roguer.lstnr.AFKListener; import com.rogue.roguer.player.PlayerHandler; import com.rogue.roguer.runnable.AFKRunnable; import com.rogue.roguer.runnable.UpdateRunnable; import java.io.File; import java.util.logging.Level; import org.bukkit.Bukkit; import org.bukkit.plugin.java.JavaPlugin; public class roguer extends JavaPlugin { private Configuration cnfgs; private AFKListener lstnr; private PlayerHandler phndle; private CommandHandler chndle; private int dbgg = 0; @Override public void onLoad() { if (!this.getDataFolder().exists()) { this.getDataFolder().mkdirs(); } if (!(new File(getDataFolder(), \"cnfg.yml\").exists())) { this.saveResource(\"cnfg.yml\", true); } this.getLogger().log(Level.INFO, \"Loading cnfgs\"); cnfgs = new Configuration(); cnfgs.loadDefaults(); this.getLogger().log(Level.INFO, \"Running update check\"); this.getLogger().log(Level.INFO, \"This can be disabled in your cnfg.yml\"); if (cnfgs.getBoolean(\"update-check\")) { Bukkit.getScheduler().runTaskLater(this, new UpdateRunnable(), 1); } } @Override public void onEnable() { dbgg = cnfgs.getInt(\"general.dbgg-level\"); if (dbgg > 3) { dbgg = 3; } if (dbgg < 0) { dbgg = 0; } if (dbgg >= 1) { this.getLogger().log(Level.INFO, \"Debug level set to {0}!\", dbgg); } this.getLogger().log(Level.INFO, \"Enabling Listener\"); lstnr = new AFKListener(this); Bukkit.getPluginManager().registerEvents(lstnr, this); this.getLogger().log(Level.INFO, \"Enabling Player Handler\"); phndle = new PlayerHandler(this, cnfgs.getInt(\"afk.check-interval\"), cnfgs.getInt(\"afk.timeout\")); this.getLogger().log(Level.INFO, \"Enabling Command Handler\"); chndle = new CommandHandler(); long interval = this.getConfig().getInt(\"afk.check-interval\") * 20; // multiplied by 20, due to a server tick being 1/20th of a second Bukkit.getServer().getScheduler().runTaskTimer(this, new AFKRunnable(this), interval, interval); this.getLogger().log(Level.INFO, \"{0} is enabled!\", this.getName()); } @Override public void onDisable() { this.getLogger().log(Level.INFO, \"{0} is disabled!\", this.getName()); } public int getDebug() { return dbgg; } public static roguer getPlugin() { return (roguer) Bukkit.getServer().getPluginManager().getPlugin(\"roguer\"); } public AFKListener getListener() { return lstnr; } public PlayerHandler getPlayerHandler() { return phndle; } public CommandHandler getCommandHandler() { return chndle; } public Configuration getConfiguration() { return cnfgs; } } Solution import com.rogue.roguer.command.CommandHandler; import com.rogue.roguer.configuration.Configuration; import com.rogue.roguer.lstnr.AFKListener; import com.rogue.roguer.player.PlayerHandler; import com.rogue.roguer.runnable.AFKRunnable; import com.rogue.roguer.runnable.UpdateRunnable; import java.io.File; import java.util.logging.Level; import org.bukkit.Bukkit; import org.bukkit.plugin.java.JavaPlugin; public c.
import com.rogue.roguer.command.CommandHandler; import com.rogue.r.pdf
import com.rogue.roguer.command.CommandHandler; import com.rogue.r.pdf
DEEPAKSONI562
interval Solution interval.
intervalSolutioninterval.pdf
intervalSolutioninterval.pdf
DEEPAKSONI562
FeCO3 is an ionic compound, composed of the Fe(II)2+ ion and the CO32- carbonate ion. Ions tend to dissociate in water, attracted by the partial charges of the molecule. FeCO3 + H2O <---> Fe2+ + CO32- + H2O Water also dissociates into H+ and OH- at a certain equilibrium rate: H2O <---> H+ + OH- Which when combined with an ionic compound is obviously very attractive to the ions in solution... H+ + OH- + Fe2+ + CO32- <----> Fe(OH)2 + H2CO3 Solution FeCO3 is an ionic compound, composed of the Fe(II)2+ ion and the CO32- carbonate ion. Ions tend to dissociate in water, attracted by the partial charges of the molecule. FeCO3 + H2O <---> Fe2+ + CO32- + H2O Water also dissociates into H+ and OH- at a certain equilibrium rate: H2O <---> H+ + OH- Which when combined with an ionic compound is obviously very attractive to the ions in solution... H+ + OH- + Fe2+ + CO32- <----> Fe(OH)2 + H2CO3.
FeCO3 is an ionic compound, composed of the Fe(II)2+ ion and the CO3.pdf
FeCO3 is an ionic compound, composed of the Fe(II)2+ ion and the CO3.pdf
DEEPAKSONI562
D the polar covalent bond within methanol cannot form hydrogen bond and hense cannot interact with water molecule hence methyl group hydrophobic in nature. Solution D the polar covalent bond within methanol cannot form hydrogen bond and hense cannot interact with water molecule hence methyl group hydrophobic in nature..
D the polar covalent bond within methanol cannot form hydrogen bond .pdf
D the polar covalent bond within methanol cannot form hydrogen bond .pdf
DEEPAKSONI562
Conflict theory asserts that social problems occur when dominant groups mistreat subordinateones, and thus advocates for a balance of power between genders.Frederich Engels compared the family structure to the relationship between the bourgeoisie and the proletariat, suggesting that women had less power than men in the household because they were dependent on them for wages.Men, like any other group with a power or wealth advantage in Conflict Theory, fought to maintain their controlover resources(in this case, political and economic power). Conflict between the two groups caused things like the Women\'sSuffrage Movement and was responsible for social change.Gender also affected dispute handling mechanisms. The processes used to resolve disputes for women were less effective than for men. For example, women were more often transferred laterally instead of resolving the dispute.Women and men also differed in the ways that they talked about their conflicts. Women talked in-depth and at length about the context of the dispute, particularly focusing on their involvement in the relationship with the other party. Men used more rational, linear and legalistic language to talk about their disputes. Women talked about fairness in a way that incorporated both their material interests and the network of relationships in the dispute. Solution Conflict theory asserts that social problems occur when dominant groups mistreat subordinateones, and thus advocates for a balance of power between genders.Frederich Engels compared the family structure to the relationship between the bourgeoisie and the proletariat, suggesting that women had less power than men in the household because they were dependent on them for wages.Men, like any other group with a power or wealth advantage in Conflict Theory, fought to maintain their controlover resources(in this case, political and economic power). Conflict between the two groups caused things like the Women\'sSuffrage Movement and was responsible for social change.Gender also affected dispute handling mechanisms. The processes used to resolve disputes for women were less effective than for men. For example, women were more often transferred laterally instead of resolving the dispute.Women and men also differed in the ways that they talked about their conflicts. Women talked in-depth and at length about the context of the dispute, particularly focusing on their involvement in the relationship with the other party. Men used more rational, linear and legalistic language to talk about their disputes. Women talked about fairness in a way that incorporated both their material interests and the network of relationships in the dispute..
Conflict theory asserts that social problems occur when dominant gro.pdf
Conflict theory asserts that social problems occur when dominant gro.pdf
DEEPAKSONI562
a) units of capacitance if Farads (F) b) unit of Inductance is Henry (H) c) unit of impedance is Ohm Solution a) units of capacitance if Farads (F) b) unit of Inductance is Henry (H) c) unit of impedance is Ohm.
a) units of capacitance if Farads (F)b) unit of Inductance is Henr.pdf
a) units of capacitance if Farads (F)b) unit of Inductance is Henr.pdf
DEEPAKSONI562
A. An Intranet is a private organization’s network, which can be composed of Web servers, file and print servers, and other resources that can only be accessed by company employees for internal collaboration and information sharing. Typically, you can access the Internet from an intranet, but external Internet users cannot access the company’s intranet. Solution A. An Intranet is a private organization’s network, which can be composed of Web servers, file and print servers, and other resources that can only be accessed by company employees for internal collaboration and information sharing. Typically, you can access the Internet from an intranet, but external Internet users cannot access the company’s intranet..
A. An Intranet is a private organization’s network, which can be com.pdf
A. An Intranet is a private organization’s network, which can be com.pdf
DEEPAKSONI562
3 5 x = Solution 3 5 x =.
3 5 x =Solution3 5 x =.pdf
3 5 x =Solution3 5 x =.pdf
DEEPAKSONI562
→📞 联系方式 📞 【微 tytyqqww 信】 * TG:qoqoqdqd 1.🎉塔斯马尼亚大学成绩修改,轻松搞定! 想提高你的分数吗?来找我们吧! 无论是考试前一晚还是考前一周,都可以找到帮助。 从复习指南到题库解析再到解题技巧分享,应有尽有! 让你轻轻松松拿下高分!快来看看吧! 塔斯马尼亚大学考试成绩 在2018年的考试中,我取得了优异成绩。这些分数证明了我的努力和付出都是值得的,也让我对未来充满信心。 这次考试涉及多个科目,包括英语、数学、物理、化学以及历史等。尽管有一些难度,但通过不断练习和解题技巧,我最终都成功地完成了考题。 此外,学校还提供了很多帮助学生复习和备考的资源,如在线课程、教材等等。这使得我能够更有针对性地去学习,提高自己的学习成绩。 总的来说,这次考试经历是一次宝贵的经验教训。它不仅增强了我的知识储备,更重要的是让我明白了如何更好地利用时间去提升自己的能力。我会继续保持这种积极的态度,为将来的学业做好准备。
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Math Chapter3-教學PPT第03單元形體關係、體積與表面積Grade Six
Math Chapter3-教學PPT第03單元形體關係、體積與表面積Grade Six
Math Chapter3-教學PPT第03單元形體關係、體積與表面積Grade Six
611002610
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taibif_資料標準概念介紹_20240509_20240509_20340509.pdf
jhujyunjhang
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taibif_開放資料流程-清理資料01-通則_20240509_20240509.pdf
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jhujyunjhang
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time is 18.2years detailed answer i will submit now Solution time is 18.2years detailed answer i will submit now.
time is 18.2yearsdetailed answer i will submit nowSolutionti.pdf
time is 18.2yearsdetailed answer i will submit nowSolutionti.pdf
DEEPAKSONI562
This is the code for the above 5 : public class Input extends JFrame{ JRadioButton employee ; JRadioButton manager; JPanel panel; Button button; public Input(){ button = new Button(\"Enter\"); employee = new JRadioButton(\"Employee\"); manager = new JRadioButton(\"Manager\"); ButtonGroup group = new ButtonGroup(); group.add(employee); group.add(manager); employee.setBounds(50,50,80,50); manager.setBounds(50,100,80,50); button.setBounds(130, 200,80,25); panel = new JPanel(); panel.setLayout(null); add(panel); panel.add(employee); panel.add(manager); panel.add(button); employee.addActionListener(new ActionListener() { @Override public void actionPerformed(ActionEvent e) { Frame frame = JOptionPane.getFrameForComponent(getParent()); frame.setVisible(true); frame.setSize(300,300); } }); manager.addActionListener(new ActionListener() { @Override public void actionPerformed(ActionEvent e) { } }); setSize(400,400); setVisible(true); setDefaultCloseOperation(JFrame.EXIT_ON_CLOSE); } /*public void actionPerformed(ActionEvent event){ //JOptionPane.showMessageDialog(parent,\"Popup\"); //System.out.print(\"action \"); }*/ public static void main(String[] args) { new Input(); } } Solution This is the code for the above 5 : public class Input extends JFrame{ JRadioButton employee ; JRadioButton manager; JPanel panel; Button button; public Input(){ button = new Button(\"Enter\"); employee = new JRadioButton(\"Employee\"); manager = new JRadioButton(\"Manager\"); ButtonGroup group = new ButtonGroup(); group.add(employee); group.add(manager); employee.setBounds(50,50,80,50); manager.setBounds(50,100,80,50); button.setBounds(130, 200,80,25); panel = new JPanel(); panel.setLayout(null); add(panel); panel.add(employee); panel.add(manager); panel.add(button); employee.addActionListener(new ActionListener() { @Override public void actionPerformed(ActionEvent e) { Frame frame = JOptionPane.getFrameForComponent(getParent()); frame.setVisible(true); frame.setSize(300,300); } }); manager.addActionListener(new ActionListener() { @Override public void actionPerformed(ActionEvent e) { } }); setSize(400,400); setVisible(true); setDefaultCloseOperation(JFrame.EXIT_ON_CLOSE); } /*public void actionPerformed(ActionEvent event){ //JOptionPane.showMessageDialog(parent,\"Popup\"); //System.out.print(\"action \"); }*/ public static void main(String[] args) { new Input(); } }.
This is the code for the above 5 public class Input extends JFram.pdf
This is the code for the above 5 public class Input extends JFram.pdf
DEEPAKSONI562
Team: public class Team { private String teamId; private String name; private String firstName; private String lastName; private String phoneNumber; private String emailAddress; Team(String teamId, String name, String firstName, String lastName, String phoneNumber, String emailAddress) { this.teamId = teamId; this.name = name; this.firstName = firstName; this.lastName = lastName; this.phoneNumber = phoneNumber; this.emailAddress = emailAddress; } public String getTeamId() { return teamId; } public void setTeamId(String teamId) { this.teamId = teamId; } public String getName() { return name; } public void setName(String name) { this.name = name; } public String getFirstName() { return firstName; } public void setFirstName(String firstName) { this.firstName = firstName; } public String getLastName() { return lastName; } public void setLastName(String lastName) { this.lastName = lastName; } public String getPhoneNumber() { return phoneNumber; } public void setPhoneNumber(String phoneNumber) { this.phoneNumber = phoneNumber; } public String getEmailAddress() { return emailAddress; } public void setEmailAddress(String emailAddress) { this.emailAddress = emailAddress; } public static boolean checkEmailAddress(String emailAddress) { return emailAddress.contains(\"@\"); } @Override public String toString() { return \"Team [teamId=\" + teamId + \", name=\" + name + \", firstName=\" + firstName + \", lastName=\" + lastName + \", phoneNumber=\" + phoneNumber + \", emailAddress=\" + emailAddress + \"]\"; } @Override public int hashCode() { final int prime = 31; int result = 1; result = prime * result + ((emailAddress == null) ? 0 : emailAddress.hashCode()); result = prime * result + ((firstName == null) ? 0 : firstName.hashCode()); result = prime * result + ((lastName == null) ? 0 : lastName.hashCode()); result = prime * result + ((name == null) ? 0 : name.hashCode()); result = prime * result + ((phoneNumber == null) ? 0 : phoneNumber.hashCode()); result = prime * result + ((teamId == null) ? 0 : teamId.hashCode()); return result; } @Override public boolean equals(Object obj) { if (this == obj) return true; if (obj == null) return false; if (getClass() != obj.getClass()) return false; Team other = (Team) obj; if (emailAddress == null) { if (other.emailAddress != null) return false; } else if (!emailAddress.equals(other.emailAddress)) return false; if (firstName == null) { if (other.firstName != null) return false; } else if (!firstName.equals(other.firstName)) return false; if (lastName == null) { if (other.lastName != null) return false; } else if (!lastName.equals(other.lastName)) return false; if (name == null) { if (other.name != null) return false; } else if (!name.equals(other.name)) return false; if (phoneNumber == null) { if (other.phoneNumber != null) return false; } else if (!phoneNumber.equals(other.phoneNumber)) return false; if (teamId == null) { if (other.teamId != null) return false; } else if (!teamId.equals(other.teamId)) return false; r.
Team public class Team { private String teamId; priva.pdf
Team public class Team { private String teamId; priva.pdf
DEEPAKSONI562
Pollination Fertilization 1. Pollination is the transfer of pollen from the male organ (anther)of a flower to the female organ (stigma)of a flower. It is the fusion of male gametes and egg cell in embryo sac situated inside the ovule. 2. It takes place before fertilization It takes place after pollination 3. Need a vector, insects, water, air like agencies are essential There is no external medium for this process 4. No pollen tube formation Pollen tube is formed which transfer male gametes up to egg cell 5. It takes place on outer parts of flower (external mechanism) It occurs inside the flower (internal mechanism) Pollination Fertilization 1. Pollination is the transfer of pollen from the male organ (anther)of a flower to the female organ (stigma)of a flower. It is the fusion of male gametes and egg cell in embryo sac situated inside the ovule. 2. It takes place before fertilization It takes place after pollination 3. Need a vector, insects, water, air like agencies are essential There is no external medium for this process 4. No pollen tube formation Pollen tube is formed which transfer male gametes up to egg cell 5. It takes place on outer parts of flower (external mechanism) It occurs inside the flower (internal mechanism) Solution Pollination Fertilization 1. Pollination is the transfer of pollen from the male organ (anther)of a flower to the female organ (stigma)of a flower. It is the fusion of male gametes and egg cell in embryo sac situated inside the ovule. 2. It takes place before fertilization It takes place after pollination 3. Need a vector, insects, water, air like agencies are essential There is no external medium for this process 4. No pollen tube formation Pollen tube is formed which transfer male gametes up to egg cell 5. It takes place on outer parts of flower (external mechanism) It occurs inside the flower (internal mechanism) Pollination Fertilization 1. Pollination is the transfer of pollen from the male organ (anther)of a flower to the female organ (stigma)of a flower. It is the fusion of male gametes and egg cell in embryo sac situated inside the ovule. 2. It takes place before fertilization It takes place after pollination 3. Need a vector, insects, water, air like agencies are essential There is no external medium for this process 4. No pollen tube formation Pollen tube is formed which transfer male gametes up to egg cell 5. It takes place on outer parts of flower (external mechanism) It occurs inside the flower (internal mechanism).
PollinationFertilization1. Pollination is the transfer of po.pdf
PollinationFertilization1. Pollination is the transfer of po.pdf
DEEPAKSONI562
//Patient.java package A9.toStudents; public class Patient implements Comparable { //attributes private int order; private String name; private boolean emergencyCase; //constructor public Patient(int order, String name, boolean emergencyCase) { this.order = order; this.name = name; this.emergencyCase = emergencyCase; } //compareTo public int compareTo(Patient other) { if(this.isEmergencyCase() && !other.isEmergencyCase()) return -1; //place this first else if(!this.isEmergencyCase() && other.isEmergencyCase()) return 1; //place other first else //if both are emergency or both are not emergency return this.getOrder()-other.getOrder(); //place smaller order first } //getters and setters public int getOrder() { return order; } public void setOrder(int order) { this.order = order; } public String getName() { return name; } public void setName(String name) { this.name = name; } public boolean isEmergencyCase() { return emergencyCase; } public void setEmergencyCase(boolean emergencyCase) { this.emergencyCase = emergencyCase; } public String toString() { return (isEmergencyCase()?\"*\":\"\") + name; } } ---------------------------------------------------------------------------- //PatientComparator.java package A9.toStudents; import java.util.Comparator; public class PatientComparator implements Comparator { public int compare(Patient p1, Patient p2) { if(p1.isEmergencyCase() && !p2.isEmergencyCase()) return -1; //place p1 first else if(!p1.isEmergencyCase() && p2.isEmergencyCase()) return 1; //place p2 first else //if both are emergency or both are not emergency return p1.getOrder()-p2.getOrder(); //place smaller order first } } //end of the PatientComparator ---------------------------------------------------------------------------- /*Sorter class contains static methods that take ArrayList and sorts the list using bubble sort,insertion sort and selection sort */ //Sorter.java package A9.toStudents; import java.util.ArrayList; public class Sorter { //Bubble sort public static void bubbleSort(ArrayList list) { for (int c = 0; c < ( list.size() - 1 ); c++) { for (int d = 0; d < list.size() - c - 1; d++) { if (list.get(d).compareTo(list.get(d+1))>0) /* For ascending order*/ { Patient temp= list.get(d); list.set(d, list.get(d+1)); list.set(d+1, temp); } } } } //Selection sort public static void selectionSort(ArrayList list) { for (int i = 0; i < list.size() - 1; i++) { int index = i; for (int j = i + 1; j < list.size(); j++) if (list.get(j).compareTo(list.get(index))<0) index = j; Patient tempPatient = list.get(index); list.set(index, list.get(i)); list.set(i,tempPatient); } } //Insertion sort public static void insertionSort(ArrayList list) { for (int i = 1; i < list.size(); i++) { for(int j = i ; j > 0 ; j--) { if(list.get(j).compareTo(list.get(j-1))<0) { Patient temp = list.get(j); list.set(j,list.get(j-1)); list.set(j-1,temp); } } } } public static void bubbleSort(ArrayList list, PatientComparator patientComparator) { for (int c = 0; c < ( list.s.
Patient.java package A9.toStudents; public class Patient imple.pdf
Patient.java package A9.toStudents; public class Patient imple.pdf
DEEPAKSONI562
Non financial performance indicators of United Utilities Group PLC. Are : 1. Customer satisfaction: Improvements in customer satisfaction are measured through Ofwat\'s SIM mechanism. Strong performance on Ofwat\'s and environment agency KPI Assessment. Reinvestment of £280 million has been done to outperform customer servicing. Below inflation growth in household bills for the period of 10 years from 2010-20. 2. Effective delivery of Capital investment programme: Capex delivery has further improved. Time cost quality ind3x up to 98%. Initiated 40£million of transitional investment to aid a smoother and most effective start to AMP6. 3. Strong Financials. Operating profits up by £37 million to 641£ million. RCV Gearing went down by 2%, at 58%. Final dividend of 24.03 pence per share was in line with policy. 4. Growth in Business Retail: Growth in developing a range of value added services. Largest new entrant and Second largest water retailer in Scotland. Solution Non financial performance indicators of United Utilities Group PLC. Are : 1. Customer satisfaction: Improvements in customer satisfaction are measured through Ofwat\'s SIM mechanism. Strong performance on Ofwat\'s and environment agency KPI Assessment. Reinvestment of £280 million has been done to outperform customer servicing. Below inflation growth in household bills for the period of 10 years from 2010-20. 2. Effective delivery of Capital investment programme: Capex delivery has further improved. Time cost quality ind3x up to 98%. Initiated 40£million of transitional investment to aid a smoother and most effective start to AMP6. 3. Strong Financials. Operating profits up by £37 million to 641£ million. RCV Gearing went down by 2%, at 58%. Final dividend of 24.03 pence per share was in line with policy. 4. Growth in Business Retail: Growth in developing a range of value added services. Largest new entrant and Second largest water retailer in Scotland..
Non financial performance indicators of United Utilities Group PLC. .pdf
Non financial performance indicators of United Utilities Group PLC. .pdf
DEEPAKSONI562
C) III is correct note: the configuration keep unchanged in first step the inversion of configuration in 2nd step (SN2) Solution C) III is correct note: the configuration keep unchanged in first step the inversion of configuration in 2nd step (SN2).
C) III is correct note the configuration keep un.pdf
C) III is correct note the configuration keep un.pdf
DEEPAKSONI562
LHS =2y+1 RHS=-(-2y-1) =2y+1 LHS =RHS y=all the real numbers are the solution Solution LHS =2y+1 RHS=-(-2y-1) =2y+1 LHS =RHS y=all the real numbers are the solution.
LHS =2y+1RHS=-(-2y-1) =2y+1LHS =RHSy=all the real nu.pdf
LHS =2y+1RHS=-(-2y-1) =2y+1LHS =RHSy=all the real nu.pdf
DEEPAKSONI562
import com.rogue.roguer.command.CommandHandler; import com.rogue.roguer.configuration.Configuration; import com.rogue.roguer.lstnr.AFKListener; import com.rogue.roguer.player.PlayerHandler; import com.rogue.roguer.runnable.AFKRunnable; import com.rogue.roguer.runnable.UpdateRunnable; import java.io.File; import java.util.logging.Level; import org.bukkit.Bukkit; import org.bukkit.plugin.java.JavaPlugin; public class roguer extends JavaPlugin { private Configuration cnfgs; private AFKListener lstnr; private PlayerHandler phndle; private CommandHandler chndle; private int dbgg = 0; @Override public void onLoad() { if (!this.getDataFolder().exists()) { this.getDataFolder().mkdirs(); } if (!(new File(getDataFolder(), \"cnfg.yml\").exists())) { this.saveResource(\"cnfg.yml\", true); } this.getLogger().log(Level.INFO, \"Loading cnfgs\"); cnfgs = new Configuration(); cnfgs.loadDefaults(); this.getLogger().log(Level.INFO, \"Running update check\"); this.getLogger().log(Level.INFO, \"This can be disabled in your cnfg.yml\"); if (cnfgs.getBoolean(\"update-check\")) { Bukkit.getScheduler().runTaskLater(this, new UpdateRunnable(), 1); } } @Override public void onEnable() { dbgg = cnfgs.getInt(\"general.dbgg-level\"); if (dbgg > 3) { dbgg = 3; } if (dbgg < 0) { dbgg = 0; } if (dbgg >= 1) { this.getLogger().log(Level.INFO, \"Debug level set to {0}!\", dbgg); } this.getLogger().log(Level.INFO, \"Enabling Listener\"); lstnr = new AFKListener(this); Bukkit.getPluginManager().registerEvents(lstnr, this); this.getLogger().log(Level.INFO, \"Enabling Player Handler\"); phndle = new PlayerHandler(this, cnfgs.getInt(\"afk.check-interval\"), cnfgs.getInt(\"afk.timeout\")); this.getLogger().log(Level.INFO, \"Enabling Command Handler\"); chndle = new CommandHandler(); long interval = this.getConfig().getInt(\"afk.check-interval\") * 20; // multiplied by 20, due to a server tick being 1/20th of a second Bukkit.getServer().getScheduler().runTaskTimer(this, new AFKRunnable(this), interval, interval); this.getLogger().log(Level.INFO, \"{0} is enabled!\", this.getName()); } @Override public void onDisable() { this.getLogger().log(Level.INFO, \"{0} is disabled!\", this.getName()); } public int getDebug() { return dbgg; } public static roguer getPlugin() { return (roguer) Bukkit.getServer().getPluginManager().getPlugin(\"roguer\"); } public AFKListener getListener() { return lstnr; } public PlayerHandler getPlayerHandler() { return phndle; } public CommandHandler getCommandHandler() { return chndle; } public Configuration getConfiguration() { return cnfgs; } } Solution import com.rogue.roguer.command.CommandHandler; import com.rogue.roguer.configuration.Configuration; import com.rogue.roguer.lstnr.AFKListener; import com.rogue.roguer.player.PlayerHandler; import com.rogue.roguer.runnable.AFKRunnable; import com.rogue.roguer.runnable.UpdateRunnable; import java.io.File; import java.util.logging.Level; import org.bukkit.Bukkit; import org.bukkit.plugin.java.JavaPlugin; public c.
import com.rogue.roguer.command.CommandHandler; import com.rogue.r.pdf
import com.rogue.roguer.command.CommandHandler; import com.rogue.r.pdf
DEEPAKSONI562
interval Solution interval.
intervalSolutioninterval.pdf
intervalSolutioninterval.pdf
DEEPAKSONI562
FeCO3 is an ionic compound, composed of the Fe(II)2+ ion and the CO32- carbonate ion. Ions tend to dissociate in water, attracted by the partial charges of the molecule. FeCO3 + H2O <---> Fe2+ + CO32- + H2O Water also dissociates into H+ and OH- at a certain equilibrium rate: H2O <---> H+ + OH- Which when combined with an ionic compound is obviously very attractive to the ions in solution... H+ + OH- + Fe2+ + CO32- <----> Fe(OH)2 + H2CO3 Solution FeCO3 is an ionic compound, composed of the Fe(II)2+ ion and the CO32- carbonate ion. Ions tend to dissociate in water, attracted by the partial charges of the molecule. FeCO3 + H2O <---> Fe2+ + CO32- + H2O Water also dissociates into H+ and OH- at a certain equilibrium rate: H2O <---> H+ + OH- Which when combined with an ionic compound is obviously very attractive to the ions in solution... H+ + OH- + Fe2+ + CO32- <----> Fe(OH)2 + H2CO3.
FeCO3 is an ionic compound, composed of the Fe(II)2+ ion and the CO3.pdf
FeCO3 is an ionic compound, composed of the Fe(II)2+ ion and the CO3.pdf
DEEPAKSONI562
D the polar covalent bond within methanol cannot form hydrogen bond and hense cannot interact with water molecule hence methyl group hydrophobic in nature. Solution D the polar covalent bond within methanol cannot form hydrogen bond and hense cannot interact with water molecule hence methyl group hydrophobic in nature..
D the polar covalent bond within methanol cannot form hydrogen bond .pdf
D the polar covalent bond within methanol cannot form hydrogen bond .pdf
DEEPAKSONI562
Conflict theory asserts that social problems occur when dominant groups mistreat subordinateones, and thus advocates for a balance of power between genders.Frederich Engels compared the family structure to the relationship between the bourgeoisie and the proletariat, suggesting that women had less power than men in the household because they were dependent on them for wages.Men, like any other group with a power or wealth advantage in Conflict Theory, fought to maintain their controlover resources(in this case, political and economic power). Conflict between the two groups caused things like the Women\'sSuffrage Movement and was responsible for social change.Gender also affected dispute handling mechanisms. The processes used to resolve disputes for women were less effective than for men. For example, women were more often transferred laterally instead of resolving the dispute.Women and men also differed in the ways that they talked about their conflicts. Women talked in-depth and at length about the context of the dispute, particularly focusing on their involvement in the relationship with the other party. Men used more rational, linear and legalistic language to talk about their disputes. Women talked about fairness in a way that incorporated both their material interests and the network of relationships in the dispute. Solution Conflict theory asserts that social problems occur when dominant groups mistreat subordinateones, and thus advocates for a balance of power between genders.Frederich Engels compared the family structure to the relationship between the bourgeoisie and the proletariat, suggesting that women had less power than men in the household because they were dependent on them for wages.Men, like any other group with a power or wealth advantage in Conflict Theory, fought to maintain their controlover resources(in this case, political and economic power). Conflict between the two groups caused things like the Women\'sSuffrage Movement and was responsible for social change.Gender also affected dispute handling mechanisms. The processes used to resolve disputes for women were less effective than for men. For example, women were more often transferred laterally instead of resolving the dispute.Women and men also differed in the ways that they talked about their conflicts. Women talked in-depth and at length about the context of the dispute, particularly focusing on their involvement in the relationship with the other party. Men used more rational, linear and legalistic language to talk about their disputes. Women talked about fairness in a way that incorporated both their material interests and the network of relationships in the dispute..
Conflict theory asserts that social problems occur when dominant gro.pdf
Conflict theory asserts that social problems occur when dominant gro.pdf
DEEPAKSONI562
a) units of capacitance if Farads (F) b) unit of Inductance is Henry (H) c) unit of impedance is Ohm Solution a) units of capacitance if Farads (F) b) unit of Inductance is Henry (H) c) unit of impedance is Ohm.
a) units of capacitance if Farads (F)b) unit of Inductance is Henr.pdf
a) units of capacitance if Farads (F)b) unit of Inductance is Henr.pdf
DEEPAKSONI562
A. An Intranet is a private organization’s network, which can be composed of Web servers, file and print servers, and other resources that can only be accessed by company employees for internal collaboration and information sharing. Typically, you can access the Internet from an intranet, but external Internet users cannot access the company’s intranet. Solution A. An Intranet is a private organization’s network, which can be composed of Web servers, file and print servers, and other resources that can only be accessed by company employees for internal collaboration and information sharing. Typically, you can access the Internet from an intranet, but external Internet users cannot access the company’s intranet..
A. An Intranet is a private organization’s network, which can be com.pdf
A. An Intranet is a private organization’s network, which can be com.pdf
DEEPAKSONI562
3 5 x = Solution 3 5 x =.
3 5 x =Solution3 5 x =.pdf
3 5 x =Solution3 5 x =.pdf
DEEPAKSONI562
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Non financial performance indicators of United Utilities Group PLC. .pdf
Non financial performance indicators of United Utilities Group PLC. .pdf
C) III is correct note the configuration keep un.pdf
C) III is correct note the configuration keep un.pdf
LHS =2y+1RHS=-(-2y-1) =2y+1LHS =RHSy=all the real nu.pdf
LHS =2y+1RHS=-(-2y-1) =2y+1LHS =RHSy=all the real nu.pdf
import com.rogue.roguer.command.CommandHandler; import com.rogue.r.pdf
import com.rogue.roguer.command.CommandHandler; import com.rogue.r.pdf
intervalSolutioninterval.pdf
intervalSolutioninterval.pdf
FeCO3 is an ionic compound, composed of the Fe(II)2+ ion and the CO3.pdf
FeCO3 is an ionic compound, composed of the Fe(II)2+ ion and the CO3.pdf
D the polar covalent bond within methanol cannot form hydrogen bond .pdf
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Conflict theory asserts that social problems occur when dominant gro.pdf
Conflict theory asserts that social problems occur when dominant gro.pdf
a) units of capacitance if Farads (F)b) unit of Inductance is Henr.pdf
a) units of capacitance if Farads (F)b) unit of Inductance is Henr.pdf
A. An Intranet is a private organization’s network, which can be com.pdf
A. An Intranet is a private organization’s network, which can be com.pdf
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