Fix the following m file: Submit fixed m file and histogram jpg created                             % Compute the average of some temperature data % Then plot the data in a MATLAB plot window % clc;clear n = 50; % number measurements temps = floor(50*rand(1,n))+50; time = 0:1:50; average = sum(temp)/length(temps); plot(time,temps) title('Temperature Measurements','fontsize',18,) xlabel('Time in minutes') ylabel('Temperature in degrees F') disp(averag)

GDB and Getopt Class Activity activity [-r] -b bval value Required Modify the activity program from last week with the usage shown. The value for bval is required to be an integer as is the value at the end. In addition, there should only be one value. Since everything on the command line is read in as a string, these now need to be converted to numbers. You can use the function atoi() to do that conversion. You can do the conversion in the switch or you can do it at the end of the program. The number coming in as bval and the value should be added together to get a total. That should be the only value printed out at the end. Total = x should be the only output from the program upon success. Remove all the other print statements after testing is complete. Take a screenshot of the output to paste into a Word document and submit. Practice Compile the program with the -g option to load the symbol table. Run the program using gdb and use watch on the result so the program stops when the…

In this program, you are provided with phenotype counts of F1 and F2 offspring at two research institutes. The data are generated from an initial parental cross of elegant cranes, whose genetics are identical to fruit flies, with the exception that they look like crane birds. The cranes for each institute come from the same original source.   For each institute, in the parental generation (P0), one parent displays the wild-type (WT) phenotype and one the disease phenotype. The WT parent always has a homozygous genotype, and whether the disease parent has a homozygous genotype depends on which scenario describes data in the F1 generation. The possibilities for F1 individuals are:   (a) All individuals are disease; (b) All individuals are wild-type; (c) There are disease and wild-type individuals.   When both disease and WT individuals (item (c)) are available in the F1 generation then you should use the F1 cross, (disease) X WT.   For each institute, there are three possible modes of…

Why does a Random object's intended seed value correspond to the system time?

. Load the file thermo scores.dat and name it thermo scores.(a) Extract the scores and student number for student 5 into a row vectornamed student 5.(b) Extract the scores for Test 1 into a column vector named test 1.(c) Find the standard deviation and variance for each test.(d) Assuming that each test was worth 100 points, find each student’s finaltotal score and final percentage. (Be careful not to add in the studentnumber.)(e) Create a table that includes the final percentages and the scores from theoriginal table.(f) Sort the matrix on the basis of the final percentage, from high to low (indescending order), keeping the data in each row together. (You may needto consult the help function to determine the proper syntax.)

using python in jupyter notebook; we were given a csv file called stolen_animals.csv which contained data on stolen animals in london . The original raw data was given like this; Count of Stolen Animals,Type of Animal,Borough,Type Of Offence,Animal Recovered,Year and Month1,Dog,Lambeth,Theft and Handling,Not Recovered,Jan-20101,Dog,Islington,Violence Against the Person,Not Recovered,Jan-2010 but have written a function which made each column into list, count of stolen animals into a list of integers and the rest into list of integers. I now need to create functions to find the average number of stolen animals and another to get a list of unique types of animals that have been stolen. To add we are not allowed to use packages and can only input/output to be done by open and close. Below is the specifications given for each function

write in c++Write a program that would allow the user to interact with a part of the IMDB movie database. Each movie has a unique ID, name, release date, and user rating. You're given a file containing this information (see movies.txt in "Additional files" section). The first 4 rows of this file correspond to the first movie, then after an empty line 4 rows contain information about the second movie and so forth. Format of these fields: ID is an integer Name is a string that can contain spaces Release date is a string in yyyy/mm/dd format Rating is a fractional number The number of movies is not provided and does not need to be computed. But the file can't contain more than 100 movies. Then, it should offer the user a menu with the following options: Display movies sorted by id Display movies sorted by release date, then rating Lookup a release date given a name Lookup a movie by id Quit the Program The program should perform the selected operation and then re-display the menu. For…

A basic wooden railway set contains the pieces shown in figure below. It identifies the quantityof each type of piece denoted by ‘x’. Each piece is not uniquely identified by a primary keyvalue only labeled by type. i.e., Input information only states quantity of types such as twelvestraight pieces, two branch pieces, two merge pieces, and sixteen curve pieces. Pieces connect the knob to opening, with subtend curves extending the arc from start to end by45 degrees, and the pieces can be flipped over for track direction. The task is to connect these pieces into a railway that has no overlapping tracks and no looseends where a train could run off onto the floor. Question: Suppose that the pieces fit together exactly with no slack. Give a precise formulation of thetask as a search problem. Write a Java algorithm to assemble optimally solving the problem.

Use import sys. Use the fastfood.csv file to complete the following assignment. Create a file, fastfood.py, that loads the .csv file and runs a regression predicting calories from total_fat, sat_fat, cholesterol, and sodium, in that order.  Add a constant using sm.add_constant(data). Note: you will not need to upload the .csv to CodeGrade because I have pre-loaded it, but you will need to read in the data. Then, print the following to two decimals   print(model.mse_total.round(2)) print(model.rsquared.round(2)) print(model.params.round(2)) print(model.pvalues.round(2))

Why does a Random object's intended seed value correspond to the system time?