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Business level 3 unit 1 assignment 3
Business level 3 unit 1 assignment 3 P5,M2
£2.50 Preview RemoveComprehensive cell Biology Lecture notes
Detailed note covering cell structure funtions and behavior.
£25.00 Preview Removegrade 10 math review note: solving systems of equations(word problems)
Word problems using graphing, substitution and elimination.
£2.50 Preview RemoveFormula Sheet for the SAT Maths
The most Important Formulas Sheet to crack the SAT Mathematics exam with Ease.
£21.25 Preview RemoveMaths and Stats for Data Science
this notes are all you need to understand the maths and stats knowledge for data science
£12.50 Preview Removelinear differential equations class notes.
This is very good linear differential equations class notes.best best of best notes.
£100.00 Preview RemoveSimple interest
This note is on simple Interest in mathematics. It is for students mostly in middle school. Herein are questions with explained solutions for better understanding. It shows how to solve for each value and how to make each value the subject of the formula and proceed solving.
£1.50 Preview RemovePORTER STEMMER
In these notes I briefly explain "PORTER STEMMER & its rules" the main part of Natural Language Processing. I explain its rules with examples.
£2.50 Preview RemoveBasicConceptof DifferentialandIntegralCalculus
These notes meant to help student Understand the use of Differential and Integral Calculus in various branches of science and Humanities, Understand the basics of differentiation and integration, Know how to compute derivative of a function by the first principal, derivative of a function by the use of various formulae and higher order differentiation, Make familiar with various techniques of integration, Understand the concept of definite integrals of functions and its properties.
£2.50 Preview RemoveVelocity time graph and projectile motion core concept and ideas for +2 IOE JEE NEET BSC
In this material you can found tips , tricks and core concept of velocity time graph and projectile motion . This is specially designed for engineering entrance preparation , JEE , NEET , BSC csit preparation , BIT , BSC etc.
£8.13 Preview RemoveChapter 01 solution Ex 1.5 Method
It will be helpful to solving the question in easy method
£1.00 Preview RemoveA monkey hangs on a massless cable which passer over a frictionless
exam questions with solutions and explanation
£1.50 Preview RemoveSolutions to Functions of One Complex Variable by John B. Conway
Solution for exercise question in Functions of One Complex Variable by John B. Conway
£6.25 Preview RemoveSQUARE ROOT OF SMALL NUMBERS FOR CLASS 6th TO 10th
These Notes are for every students.
£0.52 Preview RemoveIntegration by parts and by magic substitution
Easy way to learn Integration by parts and by magic substitution with proof and examples.
£1.50 Preview Removeformulae
in these notes there are so many formulae which is used in mathematics
£1.50 Preview RemoveDifferentiation and Integration Techniques
This document encompasses the techniques required for differentiation and integration in the A Level syllabus.
£2.50 Preview RemoveGradient, Divergent and Curl
This note shows step by step approach to the gradient of a scalar, divergent and curl. A basic foundation to understanding the complex approach of the topic
£4.00 Preview Remove(Mini)Textbook: A2 Electromagnetism and Optics (Oxford, Second Year MPhys)
These notes cover some of the basic concepts in Electromagnetism I (Electric Fields in Matter, Magnetic Fields in Matter, Boundary Conditions, Potentials, Electromagnetic Waves in a Vacuum, Electromagnetic Waves in Linear Media, Electromagnetic Waves in Conductors, Dispersion and Plasmas), Electromagnetism II (Radiation, Electromagnetism and Special Relativity, Transmission Lines) and Optics (Fraunhoffer Diffraction, Spectroscopic Instruments, Polarisation). The 71 pages of text is written in LaTeX, and is properly indexed. There are worked examples and derivations for all of the concepts covered. These notes are based on the second year MPhys courses "Electromagnetism" (lectured by Caroline Terquem) and "Optics" (lectured by Alex Khun) at the University of Oxford.
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