Tables of material properties list density, in units of kg/m³, when the inter-national system of units (SI) is used, and list specific weight, in units of lb/in.³, when the U.S. customary system of units is used. Write a user-definedMATLAB function that converts density to specific weight. For the func-tion name and arguments, use [sw] = DenToSw (den). The input argu-ment den is the density of a material in kg/m³, and the output argument swis the specific weight in lb/in.³. Use the function in the Command Windowto:(a) Determine the specific weight of copper whose density is 8,960 kg/m³.(b) Determine the specific weight of concrete whose density is 2,340 kg/m³.

In the given question, we are tasked with creating a MATLAB function named DenToSw that converts…

Answered: Tables of material properties list…

Computer Networking: A Top-Down Approach (7th Edition)

7th Edition

ISBN:9780133594140

Author:James Kurose, Keith Ross

Publisher:James Kurose, Keith Ross

Chapter1: Computer Networks And The Internet

Section: Chapter Questions

Problem R1RQ: What is the difference between a host and an end system? List several different types of end...

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Complete the function ratio_similarity, which computes the ratio of "similarity" between two non-empty strings. The ratio is computed as follows: 2 (the number of matches of characters) / (total number of characters in both strings) The matches are determined in pairwise fashion. For example, consider the strings abcdef and abdce. The three characters at indexes 0, 1 and 4 match. Therefore, the similarity ratio is 2 * 3/(6 + 5) = 0.5454 .... Examples: Function Call string_similarity('abcdef', 'abdce') string_similarity('dragon', 'flagon') string_similarity('stony', 'stony') string_similarity('Stony Brook University', 'WolfieNet Secure') string_similarity('yabba dabba doo', 'bippity boppity boo') string_similarity('Wolfie the Seawolf', "What's...a Seawolf?") [ ] Return Value 3 4 5 # Test cases 6 print (string_similarity('abcdef', 'abdce')) 7 print (string_similarity('dragon' 1 'flagon')) 'stony')) 0.5454545454545454 0.6666666666666666 1.0 0.0 0.058823529411764705 0.4864864864864865 1…
solve using MatLab
please don't use the answer from another website. will give like!!!
The following problem needs to be done on matlab. I need help with parts A and B. When writing the code use the following commands as necessary: loops, rand, sort, if statements, etc. If you define a function, please include the function used.
Problem 2 You are studying the temperature and pressure of the atmosphere at various altitudes and want to correlate your collected data with NASA. Write a Matlab program that takes an input from the user for altitude (H) in meters. Use this input to determine and print the region of the atmosphere, temperature (T) [°C], and pressure (P) [kPa] using the NASA model. If the input altitude is outside of the ranges below, the program should print an error message and terminate. Trophosphere • Altitude: < 11000 • Temperature: T 15.04 - 0.00649 T+273.1 5.256 • Pressure: P = 101.29 288.08 Lower Stratosphere • Altitude: 11000 < H < 25000 • Temperature: T = -56.46 • Pressure: P = 22.65e 1.73-0.000157H Upper Stratosphere • Altitude: 25000
I need help with programming in MATLAB. The following code transforms cartesian coordinates to the kepler elements. Can you give me the code for transforming kepler orbital elements to cartesian coordinates. The following code gives the 6 kepler elements. Transform those elements into cartesian coordinate that match the values under the Example Usage part of the code. Can you send a screenshot so I know the output of your code matches the input of the following code? I have asked this question twice and I have gotten the exact same code as the answer and it did not match. Please make sure the results match. % Example usage:x = 1000; y = 2000; z = 3000; vx = 4; vy = -3; vz = 2; [a, ecc, inc, raan, argp, f] = cart2orb(x, y, z, vx, vy, vz); % Display the resultsdisp(['Semi-Major Axis (a): ', num2str(a), ' km']);disp(['Eccentricity (ecc): ', num2str(ecc)]);disp(['Inclination (inc): ', num2str(inc), ' degrees']);disp(['Right Ascension of Ascending Node (raan): ',…
In Kotlin, Write and call a function with an expression body that takes three doubles, a, b, and c, and returns True if a, b, and c are a Pythagorean triple (ie if they are possible lengths for the sides of a right triangle), otherwise False. The function must return True if the parameters are a Pythagorean triple, irrespective of the order in which they are given; for example, it must return True for 3.0 4.0 5.0 as well as for 3.0 5.0 4.0, etc. Use the || logical or operator to string together the cases in which you should return True, which you should evaluate using the function you wrote in the last question.
Write a function to pig_latin that converts a word into pig latin, by: 1. Removing the first character from the start of the string, 2. Adding the first character to the end of the string, 3. Adding "ay" to the end of the string. So, for example, this function converts "hello" to "ellohay". Call the function twice to demonstrate the behavior. There is a worked example for this kind of problem.
Please use MATLAB
in python with a print statment
5. Write a function harmonic that will take an integer n as a parameter and return the result of the harmonic series: Γράψτε μια συνάρτηση harmonic που θα πάρει έναν ακέραιο η ως παράμετρο και θα επιστρέψει το αποτέλεσμα της αρμονικής σειράς: 1 1 -+-+-+ 3 + 2 For example, harmonic (2) = 1.5 and harmonic (3) = 1.833
In Kotlin, Write a function with an expression body that takes three doubles, a, b, and c, and returns True if c is the square root of (a squared plus b squared). You may use == to test for equality

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