CONCLUSIONS OF THE PROJECT

The integrate project in the second half was certainly an additional experience for our training as engineers giving us a broad base of knowledge and applications in different aspects of our career so that facilitated our understanding of the use of alternative forms of energy generation in different areas from different power plants until the formation of batteries through consumption of materials with properties of anions and cations these materials serve to create a redox in our case reaction is represented by zinc and copper plus an auxiliary element to enhance the duration and aluminum he was employed as oxidant liquid for dissolving the hydrochloric acid and acetic acid both generate a reaction was used except that the acetic acid be less strong acts as a base and reduces the aggressiveness of hydrochloric acid according to the principle of Arrhenius.

By the method of power generation and distribution it was used a simple circuit for connecting 4 batteries created by the aforementioned components .with said motor engine Rev. 120 for a kg of force and a number of LEDs are fed making the generation and use of 15 volts.

This way to apply knowledge and use material under physical way prepares us to apply more simply applying a theme to promote teamwork among peers respect tolerance and understanding of different topics covered throughout this project leaves us satisfied their application realizing its importance in daily life and stress that we use batteries like this in a routine manner the only difference being their size and concentration of materials.

The use of this battery is very limited compared to this generation batteries compared for example lithium batteries and gel batteries are longer life and greater performance.

Electrochemical processes are very interesting and important so they should be given an importance consideration.

In my opinion the project was comprehensive in every sense of the word and interesting for not being a regular project in addition to promoting our way to research and consult documents even creating an awareness of research looking at really reliable sources and informed us that It led to understand the process we do from different perspectives and to analyze around different subjects or subjects besides getting arouse interest in the use and creation of new sources or ways to generate energy in ways that support the environment.

glosary

Multimetro	multimeter	A device consisting of one or more meters, as an ammeter and voltmeter , used to measure two or more electrical quantities in an electric circuit, as voltaje, resisteance and current.
Zinc	Zinc	Element/ used in making galvanized iron, brass and other allowys and as an element in voltaic cells.
Cobre	Copper	Used in large quantities as an electrical conductor and in the manufacture of alloys as brass and bronze
Acido clorhídrico	hydrochloric acid	A colorless or faintly yellow, corrosive, fuming liguid, hci, used chiefly in chemical and industrial processes.
Vinagre	Vinegar	A sour loquid consisting of dilute and impure acetic acid, obtained by acetous fermentation from wine,cider,beer, ale used as a condiment,perservative, etc.
Madera	Wood	The hard, fibrous substances composing most of the stem and branches of a tree.
Cables caimanes	Jumper cables	A pair of electrical cables that are used with a multimeter
Pegamento	adhesive	Glue,paste,mastico r other sicky substances
Martillo	Hammer	A tool consisting of a solid head, usually of metal, set crosswise on a handle, used for beating metals, driving nails, etc.
Vasos de vidrio	Glass cups	A small open container, usually with a flat bottom and a handle,
clavos	nails	Sharp metal with a flat top used to hammer in material to hold.
pinzas	tweezers
computadora	computer	Tool for research
Vaso de precipitado	beakers	Containers to hold liquid chemicals
probeta	Test tube	Mixing tubes and containers
bascula	Scales	Used for measreing weight
segueta	saw	Used for cutting through hard material
Led	L.E.D.	lights
Resistencia	resistance	equal opposition with electrons to move through a conductor
Agua oxigenada	Hydrogen peroxide	dilution for reagents
Sal	salt	voltage increases
Cloro	clorox	voltage increases
Cubre bocas	Face masks	For protecting the face and breath clear with
Guantes de latex	Latex gloves	Used for protecting hands against harmfull chemicals
Acido nitrico	Nitric acid	dilution for reagents

report second parcial

IN THE SECOND PART OF INTEGRATED PROJECT HAS BEEN MADE AN APPROXIMATE CONTRIBUTION OF 50% TO 65% OF THE PROJECT IN COMPLIANCE WITH PART OF TESTING THE USE OF ZINC AND COPPER IS DECIDED AS REAGENTS PROJECT AS REFERRED TO COPPER IS ONE OF THE MATERIALS PERMITIBLES MORE POWER TO BE AN ADDITION OF ZINC MATERIAL HIGH OXIDATION REACTION IN THE MATERIALS ARE PART OF ECONOMY ECONOMIC AND COMMON MARKET.

IN EXPERIMENTAL TESTS WERE MADE WITH DIFFERENT REAGENTS AND SOLUTIONS LIQUID OR HAVING A BITACORA REGISTRATION FORM TO TAKE THE DECISION OF WHICH IS THE BEST COMBINATION OF REAGENTS AND SOLUTES TO ACHIEVE HIGH VOLTAGE GENERATION AND PROLONGED.

PART OF THE ORGANIZATION WAS A DIVISION OF ACTIVITIES IN TEST PHASE AND SINGLE PHASE OF UNDERSTANDING OF GENERAL CONCEPTS OF APPLICATIONS AND ACCOMMODATIONS GENERAL BATTERY

INTEGRATED PROJECT 2B ICE

MEMBERS

TIRSO JESUS ​​AGUILAR ARANGO

JOHN PAUL GUTIERREZ CERNA

LEONARDO GONZALEZ VILLA SEBATIAN

AXEL ALEJANDRO GARCIA MARTINEZ 

MY CONTRIBUTION

My contribution to the integrated project is the understanding of the issues related to electrolysis and applications of this team as a special contribution using a specialized laboratory simulation software in the software gave us the opportunity to require less reagents for testing was adopted because the software gave us an approximate value of energy production.
As the team leader my job is to verify that the objectives to know the issues and concerns of my colleagues to let them know teachers are met.
Axel Alejandro Garcia Martinez
2B ICE

Conclusions

This integrate project provided us with basic knowledge of the various areas of general knowledge to apply in the race specified in the application section of these subjects leaving reflected how important are these for daily life in turn we met new concepts new tools and materials we thought we could not have that use personally this project consolidates the race and gives us the beginning of a future outlook showing that the race we choose has a high impact from my point of view and activities to play in the team responsible I had access to all parts of the project as was the programming part assembly and analysis in the areas of clear opportunity taking into account prior knowledge of all team members.
In short I can say that the mechanism 2 links gave us the indispensable reference to concepts and applications in addition to unite as a team in a practice of values.
Axel Alejandro Garcia Martinez
1B Ing. Communications and Electronics

Parts, functions and locations

A fuel gauge (or gas gauge) is an instrument used to indicate the level of fuel contained in a tank.

Engine:

A machine that converts energy into mechanical force or motion.

A drive shaft, driveshaft, driving shaft, propeller shaft (prop shaft), or Cardan shaft is a mechanical component for transmitting torque and rotation, usually used to connect other components of a drive train that cannot be connected directly because of distance or the need to allow for relative movement between them.

PIPELINE

1.     A conduit of pipe, especially one used for the conveyance of water, gas, or petroleum products.

EXHAUST PIPE

 is usually piping used to guide reaction exhaust gases away from a controlled combustion inside an engine or stove. The entire system conveys burnt gases from the engine and includes one or more exhaust pipes.

SILENCER

Chiefly British. the muffler on an internal-combustion engine.

BRAKE

A machine for bending and folding sheet metal.

FUEL TANK

1.     a container inside a vehicle that holds fuel

report of integrate project

The integration project engineering specialty in communications and electronics consists of a 2-link mechanism which consists of 2 arms hearth constructed of aluminum and a black and white encoder oriented lines with a circumference range between line and line 10 degrees relative to the activities covered by this part has made ​​considerable progress except for certain details missing tune, but yet the essence of the project taking into account remains to be further refine the analysis software designed to continue with performance testing and sanding can say they have achieved these impurities cause at any time a delayed that project.
So far more than 80% of the goals for this part included more fulfilled however is to increase the presentation and demonstration project always trying to make the learning obtained in this activity are useful to us to create an environment of TEAM lively and fluid as this will be helpful to us in the future.
Axel Alejandro García Martínez 1B Ing. Communications and Electronics FIE