Please answer each part fully! thank you a) What three ingredients a.pdf

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Please answer each part fully! thank you a) What three ingredients are necessary for severe weather to occur? b) Draw a schematic view of the continental United States. Design a scenario that could produce supercell storms and destructive tornadoes. Include information about winds (atmospheric jets) and moisture at 850hPa,700hPa, and 500hPa.

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Please answer the questions in ordarExplain the advantage for sur.pdf

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Please give a detailed summary of the article where I can write at least half a page. As part of the summary, students should list at least one thing they learned from the article and at least one item in the article that they did not understand. Please do not use a previous experts answers. Ith that time of your agein, which cot me defned team gosks. litaring to a pasciot by Nichad Lembuxd. Belichick is noboricus for plinring every author of "Gridron Genius: A Master Class detal of his operation to align them all with in Wirning Championships and Bulding the desined culture. Through his knowledge Dyrenties in the NFL. of the geme and mastery of culture. BedichLemburdi spert 30 years in the trencherh, lick undervarts hout bo meximion team sucmoriking for some of the bop NFL tesms, eess by using his plypers in cloarly defined including Bel Wagkh's Son Francieco 49ers woys thet masimize their stwengths. Belichick's New Englind Patricks, so he frent of their jersey not the fime on the clearly knows what he is talling about. back. Lombavd embraces the obvious if snderaperecideco truth the cusity leeder- At for the quartertock, how he camles ship at the tog is foundubional for ergari. Rimbef is critical to an N-L towmi suc2stional success, and he detwes into the oess, says Lombord. The best GEs, such as leadership styles of "the two cosch Bils" Joe Montans and Tom Brady, male other He nostulates the the blagest resson for pecole better and quve them sontidence. the 4 foer and Pabriot sucoenses is that beth Reflecting on lewiling his taymmaes. fom Wakh and Befichick embraced the same Brady has said, "Cnoe I develop the trust, I wey aporosche prosctively focusing on foel lie I can be bough on them. But I can't be tough on them befone 1 develop the.

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Please answer the 4 questions at the end Causes and Outcomes of Conflict There are many potential root causes of conflict at work. Well go over six of them here. Remember, anything that leads to a disagreement can be a cause of conflict. Although conflict is common to organizations, some organizations have more than others. Causes of Conflict Organizational Structure Conflict tends to take different forms, depending on the organizational structure. For example, if a company uses a matrix structure as its organizational form, it will have decisional conflict built in, because the structure specifies that each employee report to two bosses. For example, the multinational power company with headquarters in Switzerland, ABB Ltd. is organized around the world in a matrix structure based on the dimensions of country and industry. This structure can lead to confusion as the companys 147,000 employees are divided across 100 countries into four global divisions, with each division focusing on different industries and products. Limited Resources Resources such as money, time, and equipment are often scarce. Competition among people or departments for limited resources is a frequent cause for conflict. For example, cutting-edge laptops and other devices are expensive resources that may be allocated to employees on a need- to-have basis in some companies. When a group of employees have access to such resources while others do not, conflict may arise among employees or between employees and management. While technical employees may feel that these devices are crucial to their productivity, employees with customer contact such as sales representatives may make the point that these devices are important for them to make a good impression to clients. Because important resources are often limited, this is one source of conflict many companies have to live with. Task Interdependence Another cause of conflict is task interdependence; that is, when accomplishment of your goal requires reliance on others to perform their tasks. For example, if youre tasked with creating advertising for your product, youre dependent on the creative team to design the words and layout, the photographer or videographer to create the visuals, the media buyer to purchase the advertising space, and so on. The completion of your goal (airing or publishing your ad) is dependent on others. Incompatible Goals Sometimes conflict arises when two parties think that their goals are mutually exclusive. Within an organization, incompatible goals often arise because of the different ways department managers are compensated. For example, a sales managers bonus may be tied to how many sales are made for the company. As a result, the individual might be tempted to offer customers freebies such as expedited delivery in order to make the sale. In contrast, a transportation managers compensation may be based on how much money the company saves on transit. In this case, the goal might be to eliminate ex.

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Please fill in the code to run the program based on the following instructions(Please make sure it compiles and runs and gives output in the given format): (Please note that I don't need an explanation for the code, but the code itself. Thanks in advance) Input: Take a filed named topo.txt as an input, the contents of the file is below 0 10 5 2 10 0 1 1 5 1 0 3 2 1 3 0 Your simulator should read a topology file (say, topo.txt) with a matrix {Di,j }, i, j {0.., N 1}. N is the number of nodes (routers) and Di,j is the link cost from node i to node j. If nodes i and j are the same, Di,j = 0; If nodes i and j are directly connected (adjacent), Di,j = e, where e 0. Otherwise, nodes i and j are not directly connected and you should assign link cost Di,j = 1. Implementation: You need to first implement DV initialization per node via rtinit(struct distance table *dt, int node id, int *link costs, int num nodes) For every node, rtinit() will be called only ONCE at the beginning of the simulation (k=0). For example, to initialize node 0, you need to use rtinit(&dt, 0, link cost, 4) (Please check the sample code for more information). Node 0 should firstly initialize its distance table by setting all distances to 1. After that, node 0s distance vector in the distance table is changed to (0,10,5,2), representing the minimum distance from node 0 to all nodes in the topology. Lastly, node 0 needs to send its distance vector in a routing packet to its connected neighbors using send2neighbor(rtpkt packet) (you can find this function in the sample code) based on the input topology. You then need to implement DV update for each received routing packets. Please assume that every DV update happens in a synchronous manner while it is not true for DV in reality. Please use this method to update DV for each node- rtupdate(struct distance table *dt, struct rtpkt recv pkt) This method will be called for each received routing packet at each simulation time slot k 1. It parses the input, which is a routing packet recv pkt to update the distance table based on the DV algorithm. If its own minimum distance to any of the other nodes is updated, the node informs its directly connected neighbors of this change in minimum cost by sending them a routing packet (send2neighbor(rtpkt packet)). Therefore, in the given example, nodes 0 and 1 will communicate with each other, but nodes 1 and 3 will not. Convergence: Please make sure that your code can run successfully and produce correct and converged output under any topology with any N 10. Test cases and the expected outputs: Assume the simulation starts at slot k = 0 for initialization and k 1 when updating DVs at each simulation slot. You need to print out the current slot k followed by DVs of all the nodes in the ascending order at the end of the simulation slots. Please print them out in the first five slots (k = 0, 1, 2, 3, 4) and then every 10 slots (k = 10, 20, 30, ) until they converge. In this test case, the expected out.

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Please explain fully each step and what inputs and the number of rows for the Two Way ANOVA Researchers have sought to examine the effect of various types of music on agitation levels in patients who are in the early and middle stages of Alzheimer's disease. Patients were selected to participate in the study based on their stage of Alzheimer's disease. Three forms of music were tested: Easy listening, Mozart, and piano interludes. While listening to music, agitation levels were recorded for the patients with a high score indicating a higher level of agitation. Scores are recorded below. Perform a two-way ANOVA and interpret the results. Test at the 0.05 level. Use Excel and attach the printout..

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Please explain answer choice 26. Small functionally disruptive hardware Trojans are risky because A. They are not capable of implementing any type of disruptive function B. They might be accidentally detected C. They might not work for the adversary D. They occupy a small region and therefore can cause a large leakage current anomaly E. All of the above Explanation: Click or tap here to enter text..

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please do the extra credit \%\% (1) Load training set images from a .mat file (2 points) clear; close all; clc; % Detailed instructions: \% Load the training set of 2414 images contained in the MATLAB data file \% training_set_faces.m into the MATLAB workspace: Each image % in the training set is a 48px by 42px image of a face. The training set fa% are saved in the MAT file training_set_faces.mat. When you load this data \% file into the MATLAB workspace, you will see a 3D array called yalefaces \% where the entry yalefaces (:,:,1) is the first image of the training set, % yalefaces (:,:,2) is the second image, etc. % \% Suggested MATLAB functions: load \% !! Your code here !! Load the training images from the provided \% MAT file training_set_faces.mat load training_set_faces.mat; \%\% (2) Plot one training set image (5 points) % Detailed intructions: \% Plot one of the images from the training set 3D array to demonstrate you've \% correctly imported the training set images. % \% Suggested MATLAB functions: imshow \% PLOTTING WITH imshow: Use the options 'DisplayRange', [], and \% 'InitialMagnification', 'fit' when using imshow so that the plotted images % are easy to see. See imshow help documentation for syntax details and the % in-class Eigenfaces activities more help. % !! Your code here !! In a new figure, plot one of the images you just loaded \% into MATLAB. Include a descriptive figure title. (5 points) figure imshow(yalefaces (:, : , 1), [10 250 , 'InitialMagnification ', ... 'fit', 'Interpolation', 'bilinear') title('eigenface 1) \% (3) Vectorize the images and combine into 2D array (8 points) % Detailed instructions: % create a 2D array that contains all the vectorized images in the training % set. First, convert each image into a vector, simply by concatenating the row % of pixels in the original image, resulting in a single column with 4842=%2016 elements, just like the in-class activity. % Then combine all 2414 training set image column vectors into % a single matrix T, where each column of the matrix is an image. Each row % of this matrix T corresponds to a pixel location. The 2D array must be % assigned to the variable T. The size of T will be 20162414. %% suggested MATLAB functions: reshape (or using a for loop) % !! Your code here !! Vectorize training set images into a 2D array called T % ( 8 points) [a,b, c] = size(yalefaces); T = reshape(yalefaces, [a*b, c]); \% We need to be sure the data type of our T matrix is double for the rest % of the computations in this code (mean, subtraction, eig, etc.) T= double (T);% do not modify the line % (4) Find the mean face ( 5 points) % Detailed instructions: \% The mean face is found by taking the average pixel value across all images % in the training set at each pixel location. So the mean face pixel (2,3) is % the average of the pixel values from all the images at the training set for % that one pixel (2,3). The mean face will be a column vector of size 20161. % Remember that the.

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Please complete the TODO functions which operate in an AVL tree structure. ADT is provided. // You MUST NOT modify this file. You do not submit it, and // we will compile your program with an unedited file. \#ifndef TREE H \#define TREE_H \#include \#include \#include "List.h" \# \#define UnDEFINED INT_MIN typedef struct tree Tree; typedef struct node Node; // These definitions are here so they cannot be modified // We will compile with the original bBST.h file for // testing. It is not good practice to include internals // of an ADT in a header like this. struct node \{.

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Please convert the following C function to Mips assembly with comments. void countSort(int arr[], int n, int exp) { int output[n]; int i, count[10] = { 0 }; for (i = 0; i < n; i++) count[(arr[i] / exp) % 10]++; for (i = 1; i < 10; i++) count[i] += count[i - 1]; for (i = n - 1; i >= 0; i--) { output[count[(arr[i] / exp) % 10] - 1] = arr[i]; count[(arr[i] / exp) % 10]--; } for (i = 0; i < n; i++) arr[i] = output[i]; }.

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