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Phy101 Quiz 3 Solution Fall 2022

Phy101 Quiz 3 Solution Fall 2022   1.        Lenz’s law is in accordance with law of conservation of                                     Energy…confirm 2.        Which of the following types of electromagnetic radiation at the greatest speed in vacuum?                                   All of these travels at the same speed…..confirm 3.        Inductive reactance XL of an inductor is                                                  2(pi)fL….confirm 4.        Force per unit charge is:                                    Electric field intensity…confirm 5.        The sum of electric and magnetic force is called                               Lorentz force…confirm 6.        Radio waves and light waves are ______.                        Electromagnetic and transverse both…confirm 7.        Kirchhoff’s 1st rule is the manifestation of the law of conservation of                                            Charge…confirm 8.        Kirchhoff’s 2nd rule is the manifestation of the law of conservat

CS301 GDB 1 Solution Fall 2022

  CS301 GDB SOLUTION  Solution: A doubly linked list is appropriate for a hospital. A doubly linked list is traversed in both directions. Because traversal in a doubly linked list is based on previous and next node linkages. Insertion and deletion in a doubly linked list become more difficult at locations 1 and 0. Because both traversals are possible in a doubly linked list, we can access items in it more efficiently than elements in a singly linked list. In comparison, the complexity of insertion and deletion in a singly linked list at positions 0 and n is n. As a result, whenever there are no memory limits and we need to search, we always utilize a doubly linked list. When memory is limited, we recommend a simply linked list. In a doubly linked list, we have two pointers, one for the next node and one for the previous node. As a consequence, searching is a piece of cake. A double linked list is preferable if we need high performance, have no memory limits, and wish to