Euler 2projekty

Could you help me about it? In three-dimensional space, There is a circle with diameter R, the center of the circle is (CX, CY, CZ), the initial Euler angle is (1.57, 0, 0), and the circle is parallel to the XY plane. 1. When the Euler angle becomes (1.57 + A, 0 + B, 0 + C), calculate the position(Lx,Ly,Lz) of the lowest point "L" on the circle and the parametric equation of new circle

Could you help me about it? In three-dimensional space, There is a circle with diameter R, the center of the circle is (CX, CY, CZ), the initial Euler angle is (1.57, 0, 0), and the circle is parallel to the XY plane. 1. When the Euler angle becomes (1.57 + A, 0 + B, 0 + C), calculate the position(Lx,Ly,Lz) of the lowest point "L" on the circle and the parametric equation of new circle

Could you help me about it? In three-dimensional space, There is a circle with diameter R, the center of the circle is (CX, CY, CZ), the initial Euler angle is (1.57, 0, 0), and the circle is parallel to the XY plane. 1. When the Euler angle becomes (1.57 + A, 0 + B, 0 + C), calculate the position(Lx,Ly,Lz) of the lowest point "L" on the circle and the parametric equation of new circle. We could discuss the price if you can help

Could you help me about it? In three-dimensional space, There is a circle with diameter R, the center of the circle is (CX, CY, CZ), the initial Euler angle is (1.57, 0, 0), and the circle is parallel to the XY plane. 1. When the Euler angle becomes (1.57 + A, 0 + B, 0 + C), calculate the position(Lx,Ly,Lz) of the lowest point "L" on the circle and the parametric equation of new circle

Could you help me about it? In three-dimensional space, There is a circle with diameter R, the center of the circle is (CX, CY, CZ), the initial Euler angle is (1.57, 0, 0), and the circle is parallel to the XY plane. 1. When the Euler angle becomes (1.57 + A, 0 + B, 0 + C), calculate the position(Lx,Ly,Lz) of the lowest point "L" on the circle and the parametric equation of new circle. We could discuss the price if you can help

Could you help me about it? In three-dimensional space, There is a circle with diameter R, the center of the circle is (CX, CY, CZ), the initial Euler angle is (1.57, 0, 0), and the circle is parallel to the XY plane. 1. When the Euler angle becomes (1.57 + A, 0 + B, 0 + C), calculate the position(Lx,Ly,Lz) of the lowest point "L" on the circle and the parametric equation of new circle

Could you help me about it? In three-dimensional space, There is a circle with diameter R, the center of the circle is (CX, CY, CZ), the initial Euler angle is (1.57, 0, 0), and the circle is parallel to the XY plane. 1. When the Euler angle becomes (1.57 + A, 0 + B, 0 + C), calculate the position(Lx,Ly,Lz) of the lowest point "L" on the circle and the parametric equation of new circle

Could you help me about it? In three-dimensional space, There is a circle with diameter R, the center of the circle is (CX, CY, CZ), the initial Euler angle is (1.57, 0, 0), and the circle is parallel to the XY plane. 1. When the Euler angle becomes (1.57 + A, 0 + B, 0 + C), calculate the position(Lx,Ly,Lz) of the lowest point "L" on the circle and the parametric equation of new circle

You have to solve the problem using a matlab. The deadline is next Tuesday evening. it's about Gauss Seidel, Jacobi Method, Euler Method The commission price is 1700 INR If you're interested, please contact me. Thank you. sincerely

You have to solve the problem using a matlab. The deadline is next Tuesday evening. it's about Gauss Seidel, Jacobi Method, Euler Method The commission price is 1700 INR If you're interested, please contact me. Thank you. sincerely

Compute directly the Euler characteristic modulo 2 of S1 x S1.

...function; • use ordinary generating functions to solve counting problems; • use a generating function to solve a recurrence relation; • determine whether a set is countable or uncountable; • develop and solve recurrence relations; • define and understand degree of a vertex, connectedness, simple path, weighted graph; • determine whether a pair of graphs are isomorphic; • determine if a graph has an Euler or Hamilton path or circuit; • model and solve problems with a graph; • define and understand terminology of rooted trees, spanning trees and shortest paths in graphs; • evaluate Boolean functions and simplify expression using the properties of Boolean algebra; • apply Boolean algebra to circuits and gating networks; • u...

Target 1: SME Prospective clients - they will be recruited with these eligibility criteria: o Owner or person in charge of financial services supplier selection in a SME o SME dime...charge of financial services supplier selection in a SME o SME dimension: between 5 and 25 millions £/€ Turnover o SME target: SME that works in B2B market o The company isn't a customer of EH (Euler Hermes) · Target 2: Mid-large Prospective clients - they will be recruited with these eligibility criteria: o Owner or person in charge of financial services supplier selection in a mid-large company o Mid-large company dimension: > 30 millions € Turnover o Mid-large company target: mid-large company that works in B2B market o The com...

An air flow of 2 m3 s ‐1 containing 0.3 mol% of solvent is fed to a semi-continuous slurry bed adsorber containing activated carbon. Adsorption data is given in Table 1 and it can be assumed that the Freundlich isotherm is applicable. The feed stream is at atmospheric pressure and a temperature of 298 K. The adsorber bed contains 1500 kg of activated carbon and has a volume of 25 m3. The volumetric mass transfer coefficient (kLa) for the activated carbon is 0.8 s‐1. a) Assuming that the loading of solvent on the activated carbon is zero when the bed is fresh, use the equilibrium data given below (Table 1) to calculate the mole fraction of solvent in the outlet air after 4 hours. b) After 4 hours the adsorbent loaded with solvent is transferred to another semi-continuous slurry bed...

I'm trying to create an application using Arduino that will work in the same way the Attitude Indicator and the Directional Gyro instruments in an aircraft work. So far I was using Arduino Nano 33 Ble with the Madgwick filter but I have drifting problems along yaw axis as long as the results lagging behind the actions when I move the board (sensor) quickly along the ro...Arduino Nano 33 Ble with the Madgwick filter but I have drifting problems along yaw axis as long as the results lagging behind the actions when I move the board (sensor) quickly along the roll and pitch axis. I pretty much need the code that will calibrate and then provide yaw, pitch and roll angles similarly to this:

TreesFile Spanning tree Cayley's problem Dijkstra's algorithmF Critical pathF Euler paths Hamiltonian paths Traveling salesman problem

Compute approximate solutions of ODEs using Python. For example: Write Python code to use the explicit Euler method to solve the IVP y′ = λy(1−y/k), y(0) = 0.1, with parameter values λ = 0.5, k = 2.0 and take h = 1/10. Use the code to approximate y(10). Use the code to approximate y(100). graph of y(t) against t for t ∈ [0, 10].

As stated by the name. Matlab must be used, details will be given via pm.

1. (5 %) (a) Use the laws of logic to simplify the statement ((p → ¬q) ∧ p) ∨ q. (b) Find the truth table for the statement (p ⊕ q) → (q ↑ r). 2. (5 %) (a) Write the following English sentences in predicate logic. The domains are forms of transport (bus/car/train/walk/...) used to get to university and students who use them. Make sure you define the predicates you use. i. Some students use the train to get to university. ii. Some students need to use two forms of transport to get to university. iii. Every student has some form of transport to get to university. iv. Some students cannot walk to university. (b) Given p(x, y) as ”x + y = 6” where x and y in the set {0,1,2,3,4,5,6}, determine whether the following are true or false. i. p(3,2) ...

The third person character tends to rotate all axis, but the Player's camera should rotate along with the x-axi...x-axis and y-axis (according to the player's rotation). The mobile joystick is used to rotate the camera along x and y axes. Note: All rotations are in Euler angle For example: (i) if the player rotation is (0,0,0) and the camera rotates x and y axes (ii) if the player rotation is (90,0,0) then the camera rotates x+90 and y axes In simple words, the Pitch and yaw rotation of the camera should always match the player's rotation in space I need only camera rotation with the target (player). Player movement not needed. who can bid: Should have experience in Unity3D. Have experience in the third person camera rotation. Have knowledge about Euler an...

I need someone that understands the following: Euler angles and quaternions; articulated figure motion; forward and inverse kinematics; kinematic, physics based, and behavioral motion control; rendering problems (temporal aliasing); sound synthesis and synchronization; recording and editing techniques. Understand algorithmic principles of motion control for computer animation Apply principles of motion control to write code to create animation systems (motion control)

I'm a final Year Mechanical Engineering Student looking for a tutor who has very strong mathemati...Calculations I'm currently in week 7 of 13 weeks at University in Sydney I'm looking for someone who can tutor me for maybe 2 hours a week for the next 7 weeks or so. I'm based in Sydney however I'm happy to do our sessions via zoom or something let me know. You will need to know how to do the following methods by hand and via MATLAB: - Bisection method - Fixed Point Iteration - Newton Raphson - Jacobi Iterative method - Gauss-Seidel Iterative Method - Differentiation of Interpolating polynomials - Richardson’s Extrapolation for Differentiation - Trapezoidal and Simpson 1/3 and 3/8 method - Richardson’s Extrapolation for Integration - Euler...

...simple tasks delivered to me. However I have no enough knowledge in matlab so I’m stuck since I only learned the basics. 2 reactions are introduced and the kinetic of them is defined then few functions are used and connected together with initial values (concentrations) and I should have an output and then plot. Tasks are as the following (Briefly): 1 - calculate gradients in time of concentrations (Already done) 2 - simulate a fixed volume batch experiment in a given time range (I should use euler method here). 3 - Function that returns the time until the reaction has consumed most of limiting reagent. 4 - function that fits the reaction constants k used in point 2 by comparing calculated times with experimentally determined times which are given. ...

Please an... 1. How many problems do they have on display? 2. How many of the problems offer: a. The solution to anyone? b. The solution under some condition? c. A discussion of the solutions that people have made limited to those who solved it? 3. How do you browse to the problems, solutions and discussions by the people who solved them? 4. How do their contests work? a. How many have they had so far? b. How frequently do they have contests now? c. Cost to enter? d. Prizes? 5. How many articles, discussions, tutorials, videos on solving these problems are there? 6. How do you browse to their articles, discussions, tutorials and videos? 7. Is there anything else that they provide? QUESTION: If you can answer questions 1 and 2 for #57 Project Euler, that would b...

I am looking for someone to help me on following topics: Direct Approaches to Visual SLAM: 1 Direct Methods 2 Realtime Dense Geometry 3 Dense RGB-D Tracking 4 Loop Closure and Global Consistency 5 Dense Tracking and Mapping 6 Large Scale Direct Monocular SLAM 7 Direct Sparse Odometry Variational Methods: A Short Intro 1 Variational Methods 2 Variational Image Smoothing 3 Euler-Lagrange Equation 4 Gradient Descent 5 Adaptive Smoothing 6 Euler and Lagrange Variational Multiview Reconstruction 1 Shape Representation and Optimization 2 Variational Multiview Reconstruction 3 Super-resolution Texture Reconstruction 4 Space-Time Reconstruction from Multiview Video User Avatar

down below is the project with 2 parts. Part A is to solve the equation for the temperature using Euler method. And part B is to solve the equation using ODE45 with the default tolerance of 10^-3. the files below have screenshots of the full project and information.

I need tutor for Differential Equation who is good with - Homogeneous Linear Differential Equations with constant coefficients - Euler equations - Method of reduction of order - Nonhomogeneous Linear Differential Equations: method of undetermined coefficients and method of variation of parameters - Laplace Transform, properties of Laplace transform, Inverse Laplace transform

A small project , RSE ,Euler, Euclidian

I need a mathematician who... Relation (Symmetric, Reflexive, Transitive, Class, Closures of Relation, Equivalence Relation, Equivalence Class, Patial Ordering), Set Theory( Concepts, Operations, Real life problem solving, Cardinality, Power set, Identities), Counting( Binomial theorem, Permutation, Combination, Probability), Proof by Induction and Strong Induction, Graph Theory( Terminologies, Connected component, Euler path and circuit, Shortest Path, Graph Coloring), Tree ( Terminologies, Traversal, Spanning tree: BFS, DFS, Minimum Spanning Tree: Prim's and Kruskal), Boolean algebra ( Logic gates, SOP and POS, Minterm and Maxterm, Prime Implicants, Minimization of Boolean Expression: K-Map and Quine-McCluskey Method). It is a long term project. Please bid only if...

there are 25 questions same to below need a programmer to solve. this is the project What is the sum of the following equation: 1 + 1/2^2 + 1/3^2 + ... + 1/100^2? Thanks to Euler we know it should be close to π2/6. Define an object x that contains the numbers 1 through 100 Compute the sum 1 + 1/2^2 + 1/3^2 + ... + 1/100^2. using compiler tool to test: # Define an object `x` with the numbers 1 through 100 # Compute the sum

Se busca un ingeniero o matemático experto en temas de métodos multipaso como Euler,Runge-Kutta y el método de Elementos Finitos. O bien que sepa del método de elementos trabajo se realizará el 03/06/2020 a las 09:00 hora española!!! Es imprescindible conexión por zoom, teamviewer o skype para su ejecución. Para más información consultar.

Knowledge in; the method of undetermined coefficients, the variation of parameters method, the cauchy-euler equation needed for one hour.

Solve ODE using Euler in Matlab

Solve ODE using Euler in Matlab

1 use and evaluate industry standard simulation methods to solve appropriate engineering problems 2 assess the need for relevant modelling systems 3 analyse how certain factors are affecting the accuracy of a simulation 4 use engineering software effectively and compare exact solutions with simulation generated solutions and evaluate the differences and characteristics 5 demonstrate effective research and report writing skills Aim: The aim of this assignment is to use Numerical Integration techniques (Euler) within a spreadsheet (Excel) to produce simulations for 1st and 2nd order systems. You will then evaluate changes to the systems in response to different initial conditions. Graphical outputs from the system should help to describe how changes in initial conditions af...

1. Door detection: In C++ use OpenCV to detect a change in pose (Euler angles) of a ChArUco board. i.e. ChArUco on a door; door moves, [action]. 2. Facial recognition: Command line interface for "Initial user setup" for facial recognition access (create local face library). If unauthorized face detected and a change in ChArUco pose is detected, [action].

Questions regarding these 4 topics: 1. Solving second order nonhomogeneous equation by the method variation of parameters 2. Solving Cauchy-Euler Equation 3. Power series solution about ordinary points 4. Power series solution about regular singular points (not the whole solution, only write down the value of r and the recurrence relation.)

Hi I am a Masters student studying mechanical engineering. My project involves a lot of coding in python. I am trying to integrate an Euler solver into my project. I have made one before but I used Octave to do it. Now I am trying to manually change the octave code to python code but it does not seem to produce the same results. I have made multiple attempts with no luck. I have also tried to look into conversion software like smop but this has its own set of problems. I need help. I have attatched all the octave files as well as the python anaconda jupyter script. Please help. P.S. Please note that the run.m file is the file is the main octave function that calls all the other functions/

I ask you to calculus the MGD and MGI for 6 axis robot, and implemente function with Matlab to calculate the EULER angle. the schema of robot is in the picture "".

I am in need of help for MatLab assignment. I have carried the experiment through external accelerometer to analysis the frequency of structure moving three for health monitoring. Now I need to analyse the data on Matlab, filter, spatial and uncertainty. I am sudden first I have to apply the Euler angle to offset the data then FFT. Rest, I am unsure what to do, what is require and why so explanation requires. I need you to use TeamViewer and do Matlab so that I can see that it has done according to my needs also that I can learn if I need to change something. if you are available please free to contact me as soon as possible. I am looking to hire people right away no time waster at cheaper charges. There do not bit if you are aver charging The works will take a max half-day or l...

Solving some advanced math/physics that covers. The problems is about solving Euler-Lagrange equations and finding the equations of motion. The solution is to be written in Latex

This project is like an interview that will pay you if can do the project (pass the tests). We want to hire freelancers for a big project that needs high ski...will pay you if can do the project (pass the tests). We want to hire freelancers for a big project that needs high skills in problem solving. In order to find such people we want you to perform tests like HackerRank, Project Euler... Skills: C# programming, good at algorithms and problem solving To choose you as potential candidate, you need to show that your profile on such platforms has high ranks. Then this project will be assigned to you and you will get paid for your time doing the tests, if you can solve 2 out of 3 tests during the test. The tests will take 1-2 hours. Please write to us if you think you ...

I am looking for a developer who can detect face landmarks and Euler y and z values(face angles) in Android. This app must work offline.

The problems covers some classical physic. One of them needs to be solved using Euler-Lagrange equation. The project needs to be simulated or visualized using python.

For school. I need someone to draw a black and white picture of my mathematician leonhard euler. Needed done before October ninth

I have the solution to Project Euler problem 11 in C++ (sequential code), I need you to transform it to parallel code in OpenMP. I use Windows 10 and Visual Studio 2019 Community. I attached the code in text file (Problem 11) and input data in text file (Data_Input). Just for your information, problem 11 solution is 70600674 for the 20*20 grid.

Proszę, Zarejestruj się lub Zaloguj, żeby zobaczyć szczegóły.

Hello! I would like to ask for your help in simulating the processes in a circulating fluidized bed boiler in the ANSYS Flue...here, type in the value here", for example. The task is as follows: to take a high-rating journal initial article related to the topic of modeling of boilers with a circulating fluidized bed. Then repeat it and get the same result. This will be stage 1 (Fluent ANSYS Fluent). Then proceed to stage 2 (main stage). Task: to check how the composition of the fuel affects the emissions of nitrogen oxides. It will be necessary to take two different fuels (coal №1 and coal №2) and using the Euler-Lagrange method to obtain contour distribution graphs (temperature, velocity, pressure and components - nitrogen oxides, carbon dioxide). [Removed...

... but not me :-) ) What is needed is to send 12 float values from Unity3D to a Python2.7 script. This script needs to recieve them and put them into the 12 seperate Float values. This project is using 2 Vive trackers, but if you do not have the VIVE hardware you could possibly just the "Vive Input Utility" from the Unity3D Asset store, and use the simulate feature. Very basically in Unity3D there will be 2 Cubes attached to Trackers. I need to send the 2 CUBE position/rotation values to the Python2.7 script(each CUBE has 6 Float values - Total 12 Float values) These need to be Euler angles prefarably. The Python 2.7 script is a fairly simple exsiting script, that is why I need to use 2.7 - as it is part of a number of other scripts. I need...

there is project about introduction to roborics course, there is hand robotics, you should 1- draw the robot,place the coordinate axes and fill hartenberg tabel. 2. homogenous matrix 3. find the equation of joint variables. 4-jacobian matrix 5-Form the dynamical equations of the robot using both Euler-Lagrange and Newton-Euler methods. 6-and small matlab code