1. Using the data file used previously, make a histogram of the number of muons passing through the muon detector per second. You can limit the displayed histogram to be between 0 and 18, inclusive. Remember that the data records are recorded every second and that for any record whose first value is 40,000 or above, the amount that exceeds 40,000 tells you how many muons per second passed completely though the dector. For example, 400002 means 2 muons passed throiuhg the detector in the second described by the secod integer of the same data record. Ignore records whoe first integer is below 40,000. You worked already on this task in class. 2. Now fit this histogram withal a poisson distriibution taking care to fit to the center of the bins as described in class. Your plot should contain the histogram, data points and a curve through the the data points. Determine the value (lambda) from the fit and its corresponding uncertainty. For our poisson distribution, lambda tells you the mean number of passing muons per second. 3. Calculate 200-230 prime numbers starting from 3. Plot the the values of the primes as a function of their ordinal number. For example, th prime 3 corresponds to 1, 5 to 2, 7 to 3, and so on. You can use your own code or a built-in method to determine the primes. Place the primes in an array and print the array so we can verify you did the calculation correctly. DO NOT print out the primes line by line or your pdf will be a mile long. 4. Plot the primes as a function of their ordinal number. For example, th prime 3 corresponds to 1, 5 to 2, 7 to 3, and so on. This plot will have a curvatue to it. Fit the plot with a line, a quadratic and a cubic. What are the vales of each paramter in those cruves and their uncertainties? What do you think is the best fit, accounting foruncertainty and simplicity of the curve? In [12]: #Problem 3 from numpy.random import random tnp. linspace (-1, 1, 201) plt.subplot(2, 2, 1); plt.hist (random(500) 21, t) plt.subplot(2, 2, 2); plt.plot(t, t**2, t, t**3 - t) plt.subplot(2, 2, 3); plt.scatter ((random (100) plt.subplot(2, 2, 4); plt.plot(t plt.suptitle('Data Visualization') 2) -1, (random(100) * 2) np.cos (10 *t), tnp.sin(10 * t)) Out [12]: Text (0.5, 0.98, 'Data Visualization') ttps://hpc.m3.smu.edu/node/c002/8909/lab/tree/saltzman_hw2.ipynb 0/3/24, 4:35 PM In []: 8 6 4 saltzman_hw2 Data Visualization 1.0 0.5 0.0 2 0 -1.0 -0.5 0.0 0.5 1.0 -1.0 -0.5 0.0 0.5 1.0 1.0 0.75 0.50 0.5 0.25 0.0 0.00 -0.5 +0.25 0.50 -1.0 -1.0 -0.5 0.0 0.5 1.0 -1.0 -0.5 0.0 0.5 1.0

Take a sufficient sample of Gutenberg's couple of digital books of your choice. Create (random?!) samples of 200 partitions of the book. Make sure each partition or record has 100 words. Generalize the program so that you can replicate that for multiple books. Maintain the label for each of the text segments or records or document, label them as a, b and c etc. as per the book they belong to. Use Regular Expressions and Pandas to manipulate the data and serialize them.

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Using onlinegdb, you're to place these two function prototypes in a file named OddEven.h: // Programmer: . . . // Description: Prototypes for functions to determine if the passed // integer value is odd or even. // Pass in the integer value to be tested. // Function returns "true" if the value is odd. // Function returns "false" if the value is even. bool IsOdd(int value); // Pass in the integer value to be tested. // Function returns "true" if the value is even. // Function returns "false" if the value is odd. bool IsEven(int value); Next, you are to implement the two functions, placing the code in a file named OddEven.cpp. Finally, you are to implement your main C/C++ program placing the code in a file named main.cpp. The program should do the following: 1. Prompt the user to enter an integer value. 2. Check the user input and re-prompt if the value input has a fractional part. 3. Take the integer value input and make calls to the functions to determine if the value is odd or even,…

You will have an orthogonal triangle input from a file and you need to find the maximum sum of the numbers according to given rules below; 1. You will start from the top and move downwards to an adjacent number as in below. 2. You are only allowed to walk downwards and diagonally. 3. You can only walk over NON PRIME NUMBERS. 4. You have to reach at the end of the pyramid as much as possible. 5. You have to treat your input as pyramid. According to above rules the maximum sum of the numbers from top to bottom in below example is 24. *1 *8 4 2 *6 9 8 5 *9 3 As you can see this has several paths that fits the rule of NOT PRIME NUMBERS; 1>8>6>9, 1>4>6>9, 1>4>9>9 1 + 8 + 6 + 9 = 24. As you see 1, 8, 6, 9 are all NOT PRIME NUMBERS and walking over these yields the maximum sum. Write code for below problem in C language

You have been hired at an open-air mine. You are to write a program to control a digger. For your task, you have been given a `map' of all the underground resources in the mine. This map comes as a file. The file has n rows. Each row has n space-separated integers. Each integer is between zero and one hundred (inclusive). The file should be understood to represent a grid, n wide by n deep. Each square in the grid can contain valuable resources. The value of these resources can go from zero (no resources) to 100 (max resources). The grid maps the resources just below the surface, and down to the lowest diggable depths. The digger starts at the surface (so, just on top of the topmost row in the grid)—at any horizontal position between 1 and n. The digger cannot dig directly downwards, but it can dig diagonally in either direction, left-down, or right-down. In its first time-step, it will dig onto the first row of the grid. In its second time-step, it'll hit the second row, and so on.…

Modify your program from Learning Journal Unit 7 to read dictionary items from a file and write the inverted dictionary to a file. You will need to decide on the following: How to format each dictionary item as a text string in the input file. How to covert each input string into a dictionary item. How to format each item of your inverted dictionary as a text string in the output file. Create an input file with your original three-or-more items and add at least three new items, for a total of at least six items. Include the following in your Learning Journal submission: The input file for your original dictionary (with at least six items). The Python program to read from a file, invert the dictionary, and write to a different file. The output file for your inverted dictionary. A description of how you chose to encode the original dictionary and the inverted dictionary in text files. Show more... Modify your program from Learning Journal Unit 7 to read dictionary items from a…

In a text file, I have two numbers each line. The numbers are the employee ID and the number of hours the employee work. My goal of this program is to read the both employee ID and the number of hours the employee work and print it out in the main program. If the list of employee id is not in order, sort it in order and still print it out in the main program. Additionally, after printing them out, print out the total number of employees and the total number of hours all the employee work. Write this in java For example File.txt EmployeeID     Number of Hours Work 3                           12 2                           20 1                           40 5                           20 7                           9   In the main program print: EmployeeID     Number of Hours Work 1                           40 2                           20 3                           12 5                           20 7                           9

Professor Potter, a punning pedantic, practices puzzling her students. She has left a secret message, of unknown length, encoded in a file for you to unravel. The setup is simple: each line of the file contains one char and one non-negative integer. The key to reading the message is organizing the characters in the proper order. The integer indicates the position of the character within the message. For example: e 2 b 1 a 3 h 5 c 4 spells 'beach' when unraveled. Write a program that will: Ask the user for the name of a file Check to see that the file exists and contains some data. Open and read this file exactly once Using your MessageDecoder class, unravel and display the message Offer to do it again on another file Required classes: You will create and submit 2 classes: MessageDecoder class: Responsible for converting a scrambled message file into plain text. Contains a public method getPlainTextMessage() that returns the String object. The scrambled file must be scanned only once…

Write R programing to perform the following:  Q1 Read voter.xlsx file and store all data in a data frame. a. Using filter function, find all female voters whose age is between 30 and 40 (both inclusive). b. Using filter function, find all voters whose district code and zip code are odd numbers. c. Using filter and arrange functions, sort all voters in 77002 by age in descending order. d. Using filter, arrange, and select functions, sort all male voters by name in ascending order and display only their names, voter IDs, and ages. e. Using filter and select functions, display only the name and gender of the voters whose district ID is less than 10 and zip code is greater than 77010. f. Using mutate function, add Voting Day column by getting the remainder of District ID divided by 7 and adding 1 to the remainder. Therefore, voting day of each voter will be a number from 1 to 7. For instance, the voting day of Heather will be 2 since her district ID is 92 and the remainder of 92/7 is 1. g.…