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Professional Python Homework helper

Austin, USA

Josh, U

Bachelor’s Degree. in Programming, St. Edward’s University, USA


Professional Python Homework Helper


When it comes to seeking help with Python homework, you want a person who has vast experience in the subject, who won’t reuse other people’s code to build your programs, and who can deliver the end solution within the agreed timeline. I am that guy! I have more than 12 years of experience in Python programming obtained both from the corporate world and from the academic writing industry. For the period I have been working with students, I have learned a lot especially about what professors look for when awarding marks for Java projects. I, therefore, know how to transform your requirements into a valuable solution that will impress your professor. I am also very careful about deadlines, as I am well aware of the penalties that come with late homework submission. If you feel that I am the Python homework helper you are looking for, do not hesitate to contact me.

Python Types Homework Expert

Hunt no more for intricate solutions to your puzzling questions on Python Types. I'm here to give you a helping hand with whatever is deterring you from achieving your academic goals in Python programming. As a seasoned Python Types homework expert, I dish out assistance with simple and complicated concepts of the subject matter. I can offer classes and homework help on all study areas around Types to help you give a facelift to your overall performance. I've previously served students with top-ranking grades and knowledge on the following topic (and more);
Sequence Types
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String Types
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Seasoned I/O Operations Lecturer

I have a comprehensive understanding of what's needed to excel in I/O Operations questions having been a Python lecturer with over five years of experience. Going through the topic repeatedly has equipped me with sufficient knowledge and experience to handle every type of question from any section of the study field. That's why I boast a global client base of students who rely on me as their I/O operations lecturer who helps them understand concepts and score the highest grades in their homework. Here is a small list of some of the main topics I often deal with; the list can be longer:
1. Communication with External Processes
2. Parsing Command Line Arguments
3. File Operations
4. Path Operations

Best Python Regular Expressions Specialist

If you need scholastic support with this section of the Python syllabus, contact the best Python Regular Expressions Specialist online. Well, I'm talking about myself here. My experience with this topic includes lecturing on it and working as a regular expressions consultant for more than 3 years. I have deep knowledge of the subject matter's various knowledge areas like re-module functions, flags (use cases), and various regular expressions elements like anchors, multipliers, back-referencing, and others. You can't fail with my assistance on this topic, and that's a guarantee.

Object-oriented Programming Consultant

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Database API Homework Solver

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Mathematical Operations in Python

print("***** QUESTION 1 *****\n"); def factorial(n): """ Recursively calculat the factorial of n """ # Base case if n == 1: return 1 return n*factorial(n-1) def calnWk(n, k): return n**k def calnPk(n ,k): return factorial(n)/factorial(n-k) def calnCk(n, k): return calnPk(n, k)/factorial(k) print("\n***** QUESTION 2 *****\n"); # Use built-in functions to get the coefficient from sympy import * x, y = symbols('x y') exp = (2*x**2-4*y**3)**30 coeff_real = exp.expand().coeff(x**20).coeff(y**60) print("The coefficient calculated using built-in function for x^20*y^60 is " + str(coeff_real)) print("\n***** QUESTION 3 *****\n"); # Now get the coefficient using the functions from Part 1 # The coefficient of x^90 *y^10 can be calculated as a combination, selecting the element 90 from the 100 available elements # Coefficients of x and y: (ax^c + by^d)^n a = 2 b = -4 c = 2 d = 3 n = 30 # k = 20 # coeff_calc = calnCk(n,k)*a**(n-k) *b**k print("The coefficient calculated using the functions from Part 1 for for x^20*y^60 is: " + str(coeff_calc)) """ print("\n***** QUESTION 4 *****\n"); # Create a random 3x3 matrix import numpy as np A = np.random.uniform(low = 0, high = 1, size=(3,3)) # matrix of random integers from 1 to 10 b = np.matrix([[1],[0],[0]]) # Check if Ax = b has a solution print("Matrix A is:\n" + str(A)) print("\nVector b is:\n" + str(b)) x = np.linalg.solve(A,b) print("\nThe solution x for Ax = b is:\n" + str(x))

Calculating jiffies and server latency

import os import time import datetime import logging import pexpect # Program configurations. log_file = "latency.log" server = "www.lfedge.org" interval = 1 threshold = 250 # Change it to false to save only to log file. print_stdout = True logging.basicConfig(filename=log_file, level=logging.DEBUG, format='%(levelname)s:%(asctime)s:%(message)s') log = logging.getLogger(__name__) if __name__ == "__main__": program_banner = f"Ping Interval: {interval}, Destination: {server} Threshold to Log (msec): {threshold}" log.info(program_banner) if print_stdout: print(program_banner) command = f"ping -i {interval} {server}" child = pexpect.spawn(command) child.timeout = 1200 first_line = True while True: line = child.readline() if not line: break if line.startswith(b"ping: unknown host"): if print_stdout: print("Unknown host: " + server) log.info("Unknown host: " + server) break if first_line: first_line = False continue ping_time = float(line[line.find(b"time=") + 5 : line.find(b" ms")]) line = time.strftime("%m/%d/%Y %H:%M:%S") + ": " + str(ping_time) + " ms" if print_stdout: print(line) if ping_time> threshold: log.info(log_file, line + "\n")