only (2) can have equilibrium because all the re.pdf

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only (2) can have equilibrium because all the reactants and products are in the same phase( gaseous here) Solution only (2) can have equilibrium because all the reactants and products are in the same phase( gaseous here).

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the following statements are true Ubiquinone is a small, hydrophobic protein containing a metal group that acts as an electron carrier.Mitochondrial electron carriers with the highest redox potential generally contain copper ions and/or heme groups. Solution the following statements are true Ubiquinone is a small, hydrophobic protein containing a metal group that acts as an electron carrier.Mitochondrial electron carriers with the highest redox potential generally contain copper ions and/or heme groups..

the following statements are true Ubiquinone is a small, hydrophob.pdf

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The evolution of one species is driven by the evolution of the other species. In this, two groups of organisms exert selective pressures on each other, which drives the co-evolution of genes, this may occur within the species or between the species. The co-evolution of certain insects and flowering plants is driven by their symbiotic relationship. Increased chances of pollination and seed dispersal by animals and other vectors, and all other factors that increased the fitness of plants. The co-evolved animals and plants share certain characteristics the benefit each other. Fruits are formed after pollination. The animal pollinator get some reward when it visit its coevolved plant. For example, the co- evolution of flowers with deep fragrance and UV-reflecting pigments. Bees have a keen sense of smell and they can also see UV light, so the flowers with these characteristics attract bees and thus, promotes pollination. In this case, the bees carry the pollen and nectar, pollen is transported to the other plants or used by bees and nectar is utilized as a food source by the bees (mutual benefit in coevolution). Solution The evolution of one species is driven by the evolution of the other species. In this, two groups of organisms exert selective pressures on each other, which drives the co-evolution of genes, this may occur within the species or between the species. The co-evolution of certain insects and flowering plants is driven by their symbiotic relationship. Increased chances of pollination and seed dispersal by animals and other vectors, and all other factors that increased the fitness of plants. The co-evolved animals and plants share certain characteristics the benefit each other. Fruits are formed after pollination. The animal pollinator get some reward when it visit its coevolved plant. For example, the co- evolution of flowers with deep fragrance and UV-reflecting pigments. Bees have a keen sense of smell and they can also see UV light, so the flowers with these characteristics attract bees and thus, promotes pollination. In this case, the bees carry the pollen and nectar, pollen is transported to the other plants or used by bees and nectar is utilized as a food source by the bees (mutual benefit in coevolution)..

The evolution of one species is driven by the evolution of the other.pdf

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Student choosed wrong subject. Question was not showning.Solutio.pdf

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S(sulfur) atom Glucose molecule and compound Oxygen atom DN.pdf

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Program 1 public class QueueUsingArray { private static final i.pdf

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PrimeRange.java import java.util.Scanner; public class PrimeRange { /** * @param args */ public static void main(String[] args) { // TODO Auto-generated method stub Scanner scan = new Scanner(System.in); System.out.println(\"Enter low range:\"); int low = scan.nextInt(); System.out.println(\"Enter high range:\"); int high = scan.nextInt(); for(int i=low; i<=high; i++){ if(isPrime(i)) System.out.print(i+\" \"); } } public static boolean isPrime(int n){ for (int f = 2; f < n / 2; f++) { if (n % f == 0) { return false; } } return true; } } Output: Enter low range: 10 Enter high range: 30 11 13 17 19 23 29 Solution PrimeRange.java import java.util.Scanner; public class PrimeRange { /** * @param args */ public static void main(String[] args) { // TODO Auto-generated method stub Scanner scan = new Scanner(System.in); System.out.println(\"Enter low range:\"); int low = scan.nextInt(); System.out.println(\"Enter high range:\"); int high = scan.nextInt(); for(int i=low; i<=high; i++){ if(isPrime(i)) System.out.print(i+\" \"); } } public static boolean isPrime(int n){ for (int f = 2; f < n / 2; f++) { if (n % f == 0) { return false; } } return true; } } Output: Enter low range: 10 Enter high range: 30 11 13 17 19 23 29.

PrimeRange.java import java.util.Scanner;public class PrimeRan.pdf

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opps no format is there...Solutionopps no format is there....pdf

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Note: Given Code modified as required and required methods added. Code: // class node class Node { // declare the required variable String data; Node next; // constructor Node(){} // constructor with arguments Node(String data) { this.data = data; next = null; } // method to get the data public String getData() { return data; } // method to set the data public void setData(String data) { this.data = data; } // method to get the next data public Node getNext() { return next; } // method to set the next data public void setNext(Node next) { this.next = next; } } // class for a linked list class MyLInkedList { Node head;alue into a list // method to add the v public void add(String num) { if (head == null) { head = new Node(num); } else{ Node temp = new Node(num); Node current = head; if (current != null) { while (current.getNext() != null) { current = current.getNext(); } current.setNext(temp); } } } // method to search a value from a list public void search(String num) { Node current = head; boolean flag=true; if (current != null) { while (current != null) { if(current.getData() == num) { System.out.println(\"Search value \"+ current.getData()+\" is available\"); flag=false; } current = current.getNext(); } if (flag==true) { System.out.println(\"Search value \"+ current.getData()+\" is not available\"); } } else { System.out.println(\"Linked list is empty\"); } } // method to delete a value from a list public void delete(String num) { //Node current = head; boolean flag=true; if (head == null) { System.out.println(\"Can\'t Delete, Linked list is empty\"); return; } if(head.getData() == num) { head=head.getNext(); return; } Node temp = new Node(num); Node cr = head; Node prev=null; while ((cr != null) && !(cr.getData() == num)) { prev=cr; cr = cr.getNext(); } prev.setNext(cr.getNext()); } // method to print the list public void print() { Node current = head; if (current != null) { while (current != null) { System.out.println(current.getData()); current = current.getNext(); } } } } // method to test the class public class MyLInkedListTester { // main method to perform the linked list operatrions public static void main(String args[]) { MyLInkedList llist = new MyLInkedList(); // insert the values into list llist.add(\"1\"); llist.add(\"2\"); llist.add(\"3\"); llist.add(\"4\"); // print the list values llist.print(); // sear the values in a list llist.search(\"1\"); llist.print(); // delete the value from a list llist.delete(\"4\"); System.out.println(\"List after deletion:\"); llist.print(); } } Result: 1 2 3 4 Search value 1 is available 1 2 3 4 List after deletion: 1 2 3 Solution Note: Given Code modified as required and required methods added. Code: // class node class Node { // declare the required variable String data; Node next; // constructor Node(){} // constructor with arguments Node(String data) { this.data = data; next = null; } // method to get the data public String getData() { return data; } // method to set the data public void se.

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is rightSolutionis right.pdf

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P belongs to the V A group of the periodic table so its valance is 5 ( having 5 electrons around it). It combines with single valenced Cl atoms makes one single bond.When it combines with 3 Cl atoms forms 3 single bonds ie., 3 bonding pairs ( there is one lone pair on P). Solution P belongs to the V A group of the periodic table so its valance is 5 ( having 5 electrons around it). It combines with single valenced Cl atoms makes one single bond.When it combines with 3 Cl atoms forms 3 single bonds ie., 3 bonding pairs ( there is one lone pair on P)..

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Intermolecular forces, also called van der Waals forces are attractions between molecules. Between all molecules are London dispersion forces. These are present even if there are other types of van der Waals forces present. We also see dipole-dipole attractions and hydrogen bonding. SO4^2- == a nonpolar polyatomic ion, London dispersion forces. Since it is charged it is attracted to water and positively charged ions. Solution Intermolecular forces, also called van der Waals forces are attractions between molecules. Between all molecules are London dispersion forces. These are present even if there are other types of van der Waals forces present. We also see dipole-dipole attractions and hydrogen bonding. SO4^2- == a nonpolar polyatomic ion, London dispersion forces. Since it is charged it is attracted to water and positively charged ions..

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