Differences between: Osteoarthritic nodes, bouchard’s node and herberden’s nodes
Differences between: Osteoarthritic nodes, bouchard’s node and herberden’s nodes
Homework Answers
Osteoarthritic nodes are the nodes formed in a condition called osteoarthritis
These nodes are of 2 types bouchards nodes and herberdens node
Bouchard's nodes are hard, bony outgrowths or gelatinous blisters on the proximal inter phalangeal joints, the center joints of fingers or toes. They are an indication of either osteoarthritis or RA
Herberden's nodes are hard or hard swellings that can create in the distal inter phalangeal joints, the joints nearest to the end of the fingers and toes.
Heberden's are toward the end of fingers and the Bouchard and are in the center.
Heberdens nodes are more comman than bouchards node
Bouchards nodes may be seen in rheumatic arthritis
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Differences between: Osteoarthritic nodes, bouchard’s node and herberden’s nodes
Write a C++ code to display the data member of the nodes started from the node...
Write a C++ code to display the data member of the nodes started from the node pointed to by p and ending at the node pointed to by q of this doubly linked list. (Each node has three members: data that contains the information, right and left members contain addresses to the nodes on either side. Ex. p->left represents the address of the node to the left of node p) <5> dotted arrow indicates; there may be any number of...
4. Given a network of 8 nodes and the distance between each node as shown in Figure 1: 4 1 7 0 4 4 6 6 Figure 1: Network graph of 8 nodes a) Find the shortest path tree of node 1 to all the other nod...
4. Given a network of 8 nodes and the distance between each node as shown in Figure 1: 4 1 7 0 4 4 6 6 Figure 1: Network graph of 8 nodes a) Find the shortest path tree of node 1 to all the other nodes (node 0, 2, 3, 4, 5, 6 and 7) using Dijkstra's algorithm. b) Design the Matlab code to implement Dijkstra's algorithm
4. Given a network of 8 nodes and the distance between each...
Given the following distances between destination nodes, what is the minimum distance that connects all the nodes? From Node To Node Distance 1 1 2 150 2 1 3 200 3 2...
Given the following distances between destination nodes, what is the minimum distance that connects all the nodes? From Node To Node Distance 1 1 2 150 2 1 3 200 3 2 3 100 4 2 4 200 5 2 5 50 6 3 4 350 7 3 5 300 8 4 6 100 9 5 6 100 NOTE: You have to show your work. Do not use EXCEL QM Identify decision variables Formulate the LP problem by showing objective...
(2 points) A full binary tree has a start node, internal nodes, and leaf nodes. The...
(2 points) A full binary tree has a start node, internal nodes, and leaf nodes. The number of leaf nodes of this binary tree is 256. a) What is the height of the tree? b) How many internal nodes are in this tree?
In a binary tree, the balance ratio of node v, bal(v), is the number of nodes...
In a binary tree, the balance ratio of node v, bal(v), is the number of nodes in the left subtree of node v divided by the sum of the number of nodes in the right and left subtrees of node v. bal(a leaf node) = ½. A tree T is said to be ε-balanced if, for all nodes v in T, ½ - ε < bal(v) < ½ + ε. Design an efficient recursive algorithm that determines whether a binary...
A linked list is constructed of nodes described by the following structure: struct node{ char data;...
A linked list is constructed of nodes described by the following structure: struct node{ char data; struct node *next; }; Assume a linked list containing a sentinel node is constructed from the above nodes. Write a function named "count"-prototyped as int count(struct node*sent)- that accepts a pointer to the sentinel node; counts the number of data (non-sentinel) nodes containing the character 'A'; and returns that count as the function value.
If the pressure at Node 1 is 45 psi, what is the pressure at Node 3...
If the pressure at Node 1 is 45 psi, what is the pressure at Node 3 (in psi)? Neglect minor losses and the effect of differences in velocities at the two nodes. Begin by writing the general energy balance equation for flow between the two nodes, in variable form, define the variables, state assumptions, and then insert numbers in to the simplified equation that results. Elevation Flowrate Diameter Length Node1 190 ft 400gpm Pipe 1: 12 inch Headloss1. 2.49 2500 Node 2...
2. Consider a set of intersecting rings as in the following figure. Here, a small square represents a node, including nodes that can transfer packets between rings, and each ring has an arrow that in...
2. Consider a set of intersecting rings as in the following
figure. Here, a small square represents a node, including nodes
that can transfer packets between rings, and each ring has an arrow
that indicates the direction of packet flow on that ring. Each ring
is labeled by a lower case Greek letter with the first ring labeled
α .
2.1. Display the adjacency matrix for the network in the
figure.
2.2. Which, if any, nodes are equivalent on the...
5) What is the sum of all node degrees, in a graph of 7 nodes connected...
5) What is the sum of all node degrees, in a graph of 7 nodes connected by 13 edges 6) In a graph of n connected nodes, What is the: - minimum number of edges - maximum number of edges
Use what you learned in recitation to write the nodes visited after each function: node* searchPreorder(int...
Use what you learned in recitation to write the nodes visited after each function: node* searchPreorder(int value, node* current) node* searchPostorder(int value, node*current) node* searchlnorder(int value, node* current) on the root of following binary search tree Show to your TA the visited nodes in the form of arrays, i. e. write down the arrays: int inOrderArray[6]; int postOrderArray[6]; int preOrderArray[6];
Write a C++ code to display the data member of the nodes started from the node pointed to by p and ending at the node pointed to by q of this doubly linked list. (Each node has three members: data that contains the information, right and left members contain addresses to the nodes on either side. Ex. p->left represents the address of the node to the left of node p) <5> dotted arrow indicates; there may be any number of...
4. Given a network of 8 nodes and the distance between each node as shown in Figure 1: 4 1 7 0 4 4 6 6 Figure 1: Network graph of 8 nodes a) Find the shortest path tree of node 1 to all the other nodes (node 0, 2, 3, 4, 5, 6 and 7) using Dijkstra's algorithm. b) Design the Matlab code to implement Dijkstra's algorithm
4. Given a network of 8 nodes and the distance between each...
(2 points) A full binary tree has a start node, internal nodes, and leaf nodes. The number of leaf nodes of this binary tree is 256. a) What is the height of the tree? b) How many internal nodes are in this tree?
2. Consider a set of intersecting rings as in the following
figure. Here, a small square represents a node, including nodes
that can transfer packets between rings, and each ring has an arrow
that indicates the direction of packet flow on that ring. Each ring
is labeled by a lower case Greek letter with the first ring labeled
α .
2.1. Display the adjacency matrix for the network in the
figure.
2.2. Which, if any, nodes are equivalent on the...
5) What is the sum of all node degrees, in a graph of 7 nodes connected by 13 edges 6) In a graph of n connected nodes, What is the: - minimum number of edges - maximum number of edges
Use what you learned in recitation to write the nodes visited after each function: node* searchPreorder(int value, node* current) node* searchPostorder(int value, node*current) node* searchlnorder(int value, node* current) on the root of following binary search tree Show to your TA the visited nodes in the form of arrays, i. e. write down the arrays: int inOrderArray[6]; int postOrderArray[6]; int preOrderArray[6];
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