lunes, 30 de noviembre de 2009
MIND MAP OF the PROJECT
The greenhouse effect is a phenomenon where greenhouse gases create a condition in the upper atmosphere causing a trapping of heat and leading to increased surface and lower tropospheric temperatures.
Because people are growing more concerned about their environment, it seems that almost everybody is trying to contribute their efforts into having a safer earth, It has been proved that cars are a major contributor towards increasing air pollution on the earth and by lowering down the insurance premiums on green cars, the insurance companies are in a way encouraging the car buyers to buy green cars only.
Because people are growing more concerned about their environment, it seems that almost everybody is trying to contribute their efforts into having a safer earth, It has been proved that cars are a major contributor towards increasing air pollution on the earth and by lowering down the insurance premiums on green cars, the insurance companies are in a way encouraging the car buyers to buy green cars only.
lunes, 9 de noviembre de 2009
Visit the blog
I visit the blog of veronica and I liked the content
http://vero2289.blogspot.com/
the blog of MArigel it's very interesting
http://mariguel29.blogspot.com/
I visit the blog of laura the it's good
http://romerolaura19.blogspot.com/
http://vero2289.blogspot.com/
the blog of MArigel it's very interesting
http://mariguel29.blogspot.com/
I visit the blog of laura the it's good
http://romerolaura19.blogspot.com/
lunes, 2 de noviembre de 2009
Avatar de Second Life
This is my avatar her name is Luisperval Qelmo, I am new to second life, I don have friends. If you want to be my friend ... add me
COVER LETTER
November 02, 2009
Mr. Jhonn Watson
New York, NY
2503
Dear Mr Watson
I am writing to express my interest in the position of Director of the Quality Department as announced in its publication. I'm enclosing my resume in hopes that your company may assist me in locating a position. Right now I'm finishing my carrer, but I have much knowledge in the area of quality and process control in enterprises, as well as knowledge in plant distribution.
I look forward to meet you. I will call early next week to set up an appointment for an interview. I believe that I have qualifications to be in your company.
Thank you for your time and consideration.
Sincerely,
Luis Perdomo.
Mr. Jhonn Watson
New York, NY
2503
Dear Mr Watson
I am writing to express my interest in the position of Director of the Quality Department as announced in its publication. I'm enclosing my resume in hopes that your company may assist me in locating a position. Right now I'm finishing my carrer, but I have much knowledge in the area of quality and process control in enterprises, as well as knowledge in plant distribution.
I look forward to meet you. I will call early next week to set up an appointment for an interview. I believe that I have qualifications to be in your company.
Thank you for your time and consideration.
Sincerely,
Luis Perdomo.
We can stop climate change
Global average temperatures have risen 0.8 ° C since the beginning of the industrial revolution, a fact that may seem insignificant, but its consequences are desvatadoras. The polar icecaps are melting each year. Are occurring more and more extreme weather events.
Climate change is already harming ecosystems and threatening the livelihoods of millions.
It is not a threat from space. We who are causing climate change by polluting the atmosphere with excess carbon dioxide (CO2) and other greenhouse gases. And this is where our luck sonrrie, if the problem we've caused us, so we can fix it. We already have the necessary technology, can and should cut by 50% the emiciones CO2 and by 2050 for industrialized countries to reduce up to 80% its emiciones. If we achieve these objectives, we will be able keep rising global temperatures below 2 ° C, as a key measure.
CO2 y COMPAÑIA
Evolution of anthropogenic global emissions of CO2 in petagrams of carbon per year from 1958 to 2003. What is emitted (black broken line) and what remains in the atmosphere (in blue). Only part of the CO2 emitted (about half) accumulates in the atmosphere (blue area) and that a considerable part of CO2 being absorbed photosynthetically by ocean plankton and terrestrial vegetation (green area), which thus increases terrestrial biomass. The emissions growth is fairly uniform, except during the oil crisis of 1979 and subsequent years, and during the crisis in the former Soviet Union. However, the evolution of what stays in the atmosphere (or what is absorbed by terrestrial vegetation and oceans) is highly variable.
An important factor of climate change is that people feel involved. This is a year to be near people, although siuación appears as a trigger for conflict. Moreover, the discourse is so negative fitted which also affects firms that benefited from the devaluation, as they replace imports or increase exports. In these cases, the gloomy weather can not be changed because many HR executives believe that changing the attitude of people must be planned in a rational, when in fact come into play more complex and random elements. In the background is evidence that managers have little willingness to put aside their own paradigms and flexible to listen to others. Try to learn to detect behaviors of people, composed of images (some positive and some negative), feelings, moods, fantasies, etc.., Which encompass much more than economic status. These factors are not within the common but rational schemes are very important. And they must be considered because undoubtedly impact on all processes and business performance.
SENTENCES
1-) In the background is evidence that managers have little willingness to put aside their own paradigms and flexible to listen to others.
- Nominal Part: In the background
Core: background
- Verbal Part: is evidence that managers have little willingness to put aside their own paradigms and flexible to listen to others.
2-) The emissions growth is fairly uniform, except during the oil crisis of 1979 and subsequent years, and during the crisis in the former Soviet Union.
-Nominal Part: The emissions growth
-Core: is
- Verbal Part: is fairly uniform, except during the oil crisis of 1979 and subsequent years, and during the crisis in the former Soviet Union
3-) Climate change is already harming ecosystems and threatening the livelihoods of millions.
-Nominal Part: Climate Change-Core: is
- Verbal Part: is already harming ecosystems and threatening the livelihoods of millions.
WORDS
1-) POLLUTE
tr.v., -lut·ed, -lut·ing, -lutes.
To make unfit for or harmful to living things, especially by the addition of waste matter. See synonyms at contaminate.
To make less suitable for an activity, especially by the introduction of unwanted factors: The stadium lights polluted the sky around the observatory.
To render impure or morally harmful; corrupt.
To make ceremonially impure; profane: "Churches and altars were polluted by atrocious murders".
2-) willingness
The quality or state of being willing; free choice or consent of the will; freedom from reluctance; readiness of the mind to do or forbear.
Sweet is the love which comes with willingness.
3-) MELTING
., melt·ed, melt·ing, melts.
v.intr.
To be changed from a solid to a liquid state especially by the application of heat.
To dissolve: Sugar melts in water.
To disappear or vanish gradually as if by dissolving: The crowd melted away after the rally.
To pass or merge imperceptibly into something else: Sea melted into sky along the horizon.
To become softened in feeling: Our hearts melted at the child's te
lunes, 28 de septiembre de 2009
People we LOOK Up to
William Edwards Deming
Born in Sioux City, Iowa, in a very poor family. His father, Pardi toffee, a lawyer wrestler, lost a lawsuit in Powell Wyoming forcing the family to move to that city when he was seven Deming. They lived in a humble house where the concern which would be their next meal was part of everyday life, Deming therefore had to start working from eight years in a local hotel. With savings in hand, Deming went to Powell Laramar 17 years, the University of Wyoming, where he graduated in 1921 with a BS in electrical engineering in 1925 he received a master's degree in Physics and Mathematics at the University of Colorado and in 1928 he obtained his Ph.D. from the University of Yale in physics where he was employed as a teacher. He later worked for the Department of Agriculture in Washington DC and as a statistical adviser for the Office of the United States Census, Deming discovered during this work on statistical process control created by Walter A. Shewhart who worked at Bell Telephone Laboratories (Bell Labs) for AT & T, which were the basis of his ideas, ideas that go unnoticed in America.
In 1947, General Mac Arthur invited Dr. Deming to assist in the first census in Japan.
In Japan were paying close attention to Shewhart techniques, something that nothing was in the U.S. and as part of reconstruction efforts in Japan sought an expert to teach statistical control. In 1950 the Union of Japanese Scientists and Engineers (JUSE) invited Deming to Tokyo to give lectures on statistical process control (a man who knew Japan). Between June and August 1950 Deming trains hundreds of engineers, executives and students in statistical process control (SPC) and concepts of quality. His lectures were copied, published and printed in Japanese, sold thousands of copies. The Japanese attempted to pay the copyright, however rejected the offer Deming suggests using the money to create an award for companies that demonstrate exemplary behavior in improving quality. Japanese companies and added funds today, "The Deming Prize" is regarded as number one among the prizes. For this reason the Japanese Deming call "the father of the third industrial revolution". This popularity is just because they showed that when quality is pursued relentlessly, will optimize resources, lower costs and conquer the market going against classical economic theory according to which the economic policies adopted by Japan were a failure.
Deming's greatest contribution to the quality process in Japan is the statistical process control, which is a mathematical language with which managers and operators can understand "what the machines say." Process variations affect the performance of the quality promised.
Today the PDCA cycle is called the "Deming cycle" in his honor, although justice should be called "Shewhart cycle", being the latter who invented it. Later the Americans to see the thrust of Japanese industry recover these concepts that had gone unnoticed in the figure of Deming and his own most gifted classmate, Malcolm Baldrige.
MY OPINION
I admire Dr. Deming because of all the contributions I make in the course of his career.
The author was a university professor of texts, consultant and broadcaster of the concept of total quality. His name is associated with the development and growth of Japan after the (Second World War).
also think the 14 core principles for transforming management and business efficiency, in order to be competitive, stay in business and employing
http://es.wikipedia.org/wiki/William_Edwards_Deming
Born in Sioux City, Iowa, in a very poor family. His father, Pardi toffee, a lawyer wrestler, lost a lawsuit in Powell Wyoming forcing the family to move to that city when he was seven Deming. They lived in a humble house where the concern which would be their next meal was part of everyday life, Deming therefore had to start working from eight years in a local hotel. With savings in hand, Deming went to Powell Laramar 17 years, the University of Wyoming, where he graduated in 1921 with a BS in electrical engineering in 1925 he received a master's degree in Physics and Mathematics at the University of Colorado and in 1928 he obtained his Ph.D. from the University of Yale in physics where he was employed as a teacher. He later worked for the Department of Agriculture in Washington DC and as a statistical adviser for the Office of the United States Census, Deming discovered during this work on statistical process control created by Walter A. Shewhart who worked at Bell Telephone Laboratories (Bell Labs) for AT & T, which were the basis of his ideas, ideas that go unnoticed in America.
In 1947, General Mac Arthur invited Dr. Deming to assist in the first census in Japan.
In Japan were paying close attention to Shewhart techniques, something that nothing was in the U.S. and as part of reconstruction efforts in Japan sought an expert to teach statistical control. In 1950 the Union of Japanese Scientists and Engineers (JUSE) invited Deming to Tokyo to give lectures on statistical process control (a man who knew Japan). Between June and August 1950 Deming trains hundreds of engineers, executives and students in statistical process control (SPC) and concepts of quality. His lectures were copied, published and printed in Japanese, sold thousands of copies. The Japanese attempted to pay the copyright, however rejected the offer Deming suggests using the money to create an award for companies that demonstrate exemplary behavior in improving quality. Japanese companies and added funds today, "The Deming Prize" is regarded as number one among the prizes. For this reason the Japanese Deming call "the father of the third industrial revolution". This popularity is just because they showed that when quality is pursued relentlessly, will optimize resources, lower costs and conquer the market going against classical economic theory according to which the economic policies adopted by Japan were a failure.
Deming's greatest contribution to the quality process in Japan is the statistical process control, which is a mathematical language with which managers and operators can understand "what the machines say." Process variations affect the performance of the quality promised.
Today the PDCA cycle is called the "Deming cycle" in his honor, although justice should be called "Shewhart cycle", being the latter who invented it. Later the Americans to see the thrust of Japanese industry recover these concepts that had gone unnoticed in the figure of Deming and his own most gifted classmate, Malcolm Baldrige.
MY OPINION
I admire Dr. Deming because of all the contributions I make in the course of his career.
The author was a university professor of texts, consultant and broadcaster of the concept of total quality. His name is associated with the development and growth of Japan after the (Second World War).
also think the 14 core principles for transforming management and business efficiency, in order to be competitive, stay in business and employing
http://es.wikipedia.org/wiki/William_Edwards_Deming
finding a job
Industrial Engineer
Education: Ing.Industrial or kindred entitled
Salary: U.S. $ 17,000.00
Email: csantos@empleosmexico.net
Phone: 55 to 91,130,410
Date :2009-03-25
Description:
LOOKING FOR WORK? Industrial Engineer is sought
From 25-38 years old
Gender Indifferent
Experience:
2 years minimum experience in similar position in determining the standard of operation, load efficiency, production lines and performance indicators, production routes, materials, time and motion study, shrinkage control, costs, continuous improvement projects ( Lean Manufacturing & Six Sigma)
Comment:
PC Management Office, Internet, SAP preferred to learn, English 80-90%
Address:
Naucalpan de Juarez Estado de Mexico Mexico
See all ads from this member
Recommend this notice
Your Name:
Your E-mail:
Maximum 10 email
Each e-mail must be on a different line
Write here the email.
MY OPINION ABOUT THE WORK
The Industrial Engineering is a profession that knowledge is a mile and an inch deep, and depends on the future and Industrial Engineering, specializing in the area to be developed. Under the criteria presented to date, we defined the Industrial Engineering as the engineering that deals with the diagnosis, design, improvement, organization and implementation of integrated systems of men, materials, machinery, information and technologies in the production of goods and / or services while protecting the environment.
Ing Industrial and specialty, focus some more than others to any particular specialization, perhaps depending on the actual economic, social and geographic in which they operate. But what is sought is not standardize the curriculum?. The race itself may not be uniform in its entirety (100%), or have one at all universities, since their development depends very much on the individual teacher, each dean. What if you could do is join and change in a certain percentage.
In an underdeveloped country with favorable natural resources available to us, behold our great challenge as Industrial Engineer noble future activity goal: effectively lead the production systems. For this is the use of creativity, professional proficiency, ethics and social sense defined.
The priority areas of work d Industrial Engineering will be the production, Quality Assurance, Project Engineering, Security and Environmental Analysis, Production Management, Enterprise Management, Systems and Procedures, stores, work measurement standards, Project Assessment, Studies Feasibility, consulting and other technical.
So I identify with this proposal because work is perfectly suited to my skills
Education: Ing.Industrial or kindred entitled
Salary: U.S. $ 17,000.00
Email: csantos@empleosmexico.net
Phone: 55 to 91,130,410
Date :2009-03-25
Description:
LOOKING FOR WORK? Industrial Engineer is sought
From 25-38 years old
Gender Indifferent
Experience:
2 years minimum experience in similar position in determining the standard of operation, load efficiency, production lines and performance indicators, production routes, materials, time and motion study, shrinkage control, costs, continuous improvement projects ( Lean Manufacturing & Six Sigma)
Comment:
PC Management Office, Internet, SAP preferred to learn, English 80-90%
Address:
Naucalpan de Juarez Estado de Mexico Mexico
See all ads from this member
Recommend this notice
Your Name:
Your E-mail:
Maximum 10 email
Each e-mail must be on a different line
Write here the email.
MY OPINION ABOUT THE WORK
The Industrial Engineering is a profession that knowledge is a mile and an inch deep, and depends on the future and Industrial Engineering, specializing in the area to be developed. Under the criteria presented to date, we defined the Industrial Engineering as the engineering that deals with the diagnosis, design, improvement, organization and implementation of integrated systems of men, materials, machinery, information and technologies in the production of goods and / or services while protecting the environment.
Ing Industrial and specialty, focus some more than others to any particular specialization, perhaps depending on the actual economic, social and geographic in which they operate. But what is sought is not standardize the curriculum?. The race itself may not be uniform in its entirety (100%), or have one at all universities, since their development depends very much on the individual teacher, each dean. What if you could do is join and change in a certain percentage.
In an underdeveloped country with favorable natural resources available to us, behold our great challenge as Industrial Engineer noble future activity goal: effectively lead the production systems. For this is the use of creativity, professional proficiency, ethics and social sense defined.
The priority areas of work d Industrial Engineering will be the production, Quality Assurance, Project Engineering, Security and Environmental Analysis, Production Management, Enterprise Management, Systems and Procedures, stores, work measurement standards, Project Assessment, Studies Feasibility, consulting and other technical.
So I identify with this proposal because work is perfectly suited to my skills
lunes, 21 de septiembre de 2009
Job in class
Industrial engineering is a branch of engineering
Frase nominal
verbo en presente
Articulo indefinido
Frase Verbal
Frase nominal
verbo en presente
Articulo indefinido
Frase Verbal
Definitions of.
WATES:
–noun
1. useless consumption or expenditure; use without adequate return; an act or instance of wasting: The project was a waste of material, money, time, and energy.
2. neglect, instead of use: waste of opportunity.
Verbs
1. to consume, spend, or employ uselessly or without adequate return; use to no avail or profit; squander: to waste money; to waste words.
2. to fail or neglect to use: to waste an opportunity.
3. to destroy or consume gradually; wear away: The waves waste the rock of the shore.
–verb (used without object)
4. to be consumed, spent, or employed uselessly or without giving full value or being fully utilized or appreciated.
5. to become gradually consumed, used up, or worn away: A candle wastes in burning.
–adjective
6. not used or in use: waste energy; waste talents.
7. (of land, regions, etc.) wild, desolate, barren, or uninhabited; desert.
Related forms:
wast⋅a⋅ble, adjective
wasteless, adjective
dictionary.reference.com/browse/wastes
Man⋅age⋅ment
Related forms:
man⋅age⋅men⋅tal /ˌmænɪdʒˈmɛntl/ Show Spelled Pronunciation [man-ij-men-tl] , adjective
dictionary.reference.com/browse/management
Mis⋅lead⋅ing ]
Related forms:
mis⋅lead⋅ing⋅ly, adverb
mis⋅lead⋅ing⋅ness, noun
dictionary.reference.com/browse/misleading
Arranged: -Verb (used with object)
1.To place in proper, desired or convenient order; adjust properly .: To arrange books on a shelf
2.to come to an agreement or understanding regarding.: the tow sides arranged the sale of the property
3.To prepare or plan.: to arrange the details of a meeting
Derivation words: arrangeable, arranger
http://dictionary.reference.com/browse/arranged
–noun
1. useless consumption or expenditure; use without adequate return; an act or instance of wasting: The project was a waste of material, money, time, and energy.
2. neglect, instead of use: waste of opportunity.
Verbs
1. to consume, spend, or employ uselessly or without adequate return; use to no avail or profit; squander: to waste money; to waste words.
2. to fail or neglect to use: to waste an opportunity.
3. to destroy or consume gradually; wear away: The waves waste the rock of the shore.
–verb (used without object)
4. to be consumed, spent, or employed uselessly or without giving full value or being fully utilized or appreciated.
5. to become gradually consumed, used up, or worn away: A candle wastes in burning.
–adjective
6. not used or in use: waste energy; waste talents.
7. (of land, regions, etc.) wild, desolate, barren, or uninhabited; desert.
Related forms:
wast⋅a⋅ble, adjective
wasteless, adjective
dictionary.reference.com/browse/wastes
Man⋅age⋅ment
Related forms:
man⋅age⋅men⋅tal /ˌmænɪdʒˈmɛntl/ Show Spelled Pronunciation [man-ij-men-tl] , adjective
dictionary.reference.com/browse/management
Mis⋅lead⋅ing ]
Related forms:
mis⋅lead⋅ing⋅ly, adverb
mis⋅lead⋅ing⋅ness, noun
dictionary.reference.com/browse/misleading
Arranged: -Verb (used with object)
1.To place in proper, desired or convenient order; adjust properly .: To arrange books on a shelf
2.to come to an agreement or understanding regarding.: the tow sides arranged the sale of the property
3.To prepare or plan.: to arrange the details of a meeting
Derivation words: arrangeable, arranger
http://dictionary.reference.com/browse/arranged
Dictionaries
wastes: to consume, spend, or employ uselessly or without adequate return; use to no avail or profit; squander: to waste money; to waste words.
Management: the act or manner of managing; handling, direction, or control.
misleading:
1. to lead or guide wrongly; lead astray.
2. to lead into error of conduct, thought, or judgment
streamlining: a teardrop line of contour offering the least possible resistance to a current of air, water, etc.
shortening:
1. to make short or shorter.
2. to reduce, decrease, take in, etc.: to shorten sail.
Management: the act or manner of managing; handling, direction, or control.
misleading:
1. to lead or guide wrongly; lead astray.
2. to lead into error of conduct, thought, or judgment
streamlining: a teardrop line of contour offering the least possible resistance to a current of air, water, etc.
shortening:
1. to make short or shorter.
2. to reduce, decrease, take in, etc.: to shorten sail.
lunes, 14 de septiembre de 2009
Industrial engineering
Industrial engineering is a branch of engineering that concerns the development, improvement, implementation and evaluation of integrated systems of people, money, knowledge, information, equipment, energy, material and process. It also deals with designing new prototypes to help save money and make the prototype better. Industrial engineering draws upon the principles and methods of engineering analysis and synthesis, as well as mathematical, physical and social sciences together with the principles and methods of engineering analysis and design to specify, predict and evaluate the results to be obtained from such systems. In lean manufacturing systems, Industrial engineers work to eliminate wastes of time, money, materials, energy, and other resources.
Industrial engineering is also known as operations management, management science, systems engineering, or manufacturing engineering; a distinction that seems to depend on the viewpoint or motives of the user. Recruiters or educational establishments use the names to differentiate themselves from others. In healthcare, for example, industrial engineers are more commonly known as management engineers or health systems engineers.
The term "industrial" in industrial engineering can be misleading. While the term originally applied to manufacturing, it has grown to encompass virtually all other industries and services as well. The various topics of concern to industrial engineers include management science, financial engineering, engineering management, supply chain management, process engineering, operations research, systems engineering, ergonomics, value engineering and quality engineering.
Examples of where industrial engineering might be used include designing a new loan system for a bank, streamlining operation and emergency rooms in a hospital, distributing products worldwide (referred to as Supply Chain Management), and shortening lines (or queues) at a bank, hospital, or a theme park. Industrial engineers typically use computer simulation, especially discrete event simulation, for system analysis and evaluation.
http://en.wikipedia.org/wiki/Industrial_engineering
lunes, 7 de septiembre de 2009
Engeeniering
Engineering is the science, discipline, art and profession of acquiring and applying technical, scientific and mathematical knowledge to design and implement materials, structures, machines, devices, systems, and processes that safely realize a desired objective or inventions.
The American Engineers' Council for Professional Development (ECPD, the predecessor of ABET[1]) has defined engineering as follows:
“[T]he creative application of scientific principles to design or develop structures, machines, apparatus, or manufacturing processes, or works utilizing them singly or in combination; or to construct or operate the same with full cognizance of their design; or to forecast their behavior under specific operating conditions; all as respects an intended function, economics of operation and safety to life and property.”
One who practices engineering is called an engineer, and those licensed to do so may have more formal designations such as Professional Engineer, Chartered Engineer, Incorporated Engineer, or European Engineer. The broad discipline of engineering encompasses a range of more specialized subdisciplines, each with a more specific emphasis on certain fields of application and particular areas of technologic
en.wikipedia.org/wiki/Engineering
Engineering is the art of taking a series of important decisions, given a set of incomplete and inaccurate data in order to get to a certain problem, among the possible solutions that operate more successfully.
" www.eie.fceia.unr.edu.ar/Eie2005/Escuela/conceptoing.htm
Engineering. Body of knowledge and techniques to apply scientific knowledge to the use of matter and energy sources / / 2. Engineering profession and exercise of
www.aprendizaje.com.mx/Curso/Introduccion/Tema1_ii.htm
The American Engineers' Council for Professional Development (ECPD, the predecessor of ABET[1]) has defined engineering as follows:
“[T]he creative application of scientific principles to design or develop structures, machines, apparatus, or manufacturing processes, or works utilizing them singly or in combination; or to construct or operate the same with full cognizance of their design; or to forecast their behavior under specific operating conditions; all as respects an intended function, economics of operation and safety to life and property.”
One who practices engineering is called an engineer, and those licensed to do so may have more formal designations such as Professional Engineer, Chartered Engineer, Incorporated Engineer, or European Engineer. The broad discipline of engineering encompasses a range of more specialized subdisciplines, each with a more specific emphasis on certain fields of application and particular areas of technologic
en.wikipedia.org/wiki/Engineering
Engineering is the art of taking a series of important decisions, given a set of incomplete and inaccurate data in order to get to a certain problem, among the possible solutions that operate more successfully.
" www.eie.fceia.unr.edu.ar/Eie2005/Escuela/conceptoing.htm
Engineering. Body of knowledge and techniques to apply scientific knowledge to the use of matter and energy sources / / 2. Engineering profession and exercise of
www.aprendizaje.com.mx/Curso/Introduccion/Tema1_ii.htm
Presentacion
Hi, my name is Luis.I’m from Maracaibo, originally. I live in Maracaibo, in Pomona I’m 21 years old and I study industrial engineering at URBE.
I like listening to music,work, visit my girlfriends, go to out at the night,talking on the phone with my friends, eating pizzas.
I hate onions, smoking, injustices.
I like listening to music,work, visit my girlfriends, go to out at the night,talking on the phone with my friends, eating pizzas.
I hate onions, smoking, injustices.
Suscribirse a:
Entradas (Atom)
