ACTIVIDAD INTEGRADORA Q.I

  FOOD OXIDATION  https://drive.google.com/file/d/1m10U5jEuNRyyg7k_2nueCgGaxtUtww6j/view?usp=sharing NIKOLA TESLA https://drive.google.com/file/d/1D0MEteZ0XrkPPNrlV17139tkCjnwjSpQ/view?usp=drivesdk ROOTS OF POLYNOMIALS OF GRADES 2,3 AND 4 https://drive.google.com/file/d/1kUUte5sAjK-7nutPTkJ17eqb9T24fMO6/view?usp=sharing OBTATING SODIUM HYPOCHLORITE https://drive.google.com/file/d/1uP-3Avla0YpKYOvMNIwxoPBL1ztzzYWM/view?usp=drivesdk

  UNIVERSIDAD AUTÓNOMA DE TLAXCALA Bachelor in Industrial Chemestry Second Review Integrative Activity "FAR AWAY IN THE HISTORY" TEAM 4 This Integrative Activity is written as Professional Work. All the data and characteristics of the topics covered are collected. The projec consists of the following documents: FOOD OXIDATION NIKOLA TESLA ROOTS OF POLYNOMIAL OF GRADES 2,3 AND 4 GET SODIUM HYPOCHLORITE

  Introduction: Oxidation is a very powerful chemical reaction in which an element gives up electrons and both increases its oxidation state. That is why it must be taken into account that an oxidation or a reduction is a process by which the oxidation state of a compound changes, in addition to the fact that oxidation is present in nature.

  Introduction:   Nikola Tesla was born on July 10, 1856. He was a Croatian physicist, mathematician, inventor and electrical engineer. Nikola Tesla is considered one of humanity's brightest minds, combining knowledge with sensitivity,  so he revolutionized the whole world with his wonderful inventions. (Josep Gavaldá, 2019)  

  Introduction: This is a way to obtain sodium hypochlorite in-situ taking as a natural source abundant sea water, the same one that has within its main components water and salts, which the most representative is sodium chloride, In order to obtain sodium hypochlorite is applied electrosynthesis by using an electrochemical cell which is composed of a material for the generation of chlorine, in such a way as to ensure that sodium hypochlorite is obtained as a final product. 

Introduction More than 4,000 years ago the Babylonians had a "recipe" which allowed them to find solutions to certain quadratic equations of the type: x2 -bx=c. But it was not until almost a century later that the Arab mathematician Al-Jwârizmî developed the algebra of the polynomials; however, what application do the polynomials have in our daily life? Well, the polynomials are occupied in the field of construction since it makes it possible for us to find the area of a surface of a house. Development  Among all the mathematical operations that can be performed, such as addition, subtraction, multiplication and division, these polynomials have formulas to obtain the roots in their different grades 2,3,and 4. The roots of a polynomial are the solutions of the equation that are obtained when the polynomial is equal to 0 When an equation is second degree it is solved with the formula  On the other hand, if you have a third degree equation, it is solved by the Rufinni meth