NAKAKAPAGOD ANG ARAW NA ITO
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PERO SUPER SAYA NAMAN.......
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SANA MAULIT UNG LAKBAY-ARAL
Biyernes, Setyembre 23, 2011
Biyernes, Setyembre 16, 2011
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nagkuhanan na ng card ang baba ng grades ko
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ok lng un first grading plang naman eh
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BABAWI AKO SA SUSUNOD...............
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nagkuhanan na ng card ang baba ng grades ko
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ok lng un first grading plang naman eh
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BABAWI AKO SA SUSUNOD...............
Sabado, Agosto 27, 2011
Martes, Agosto 23, 2011
assignment
Microsoft Open Office
word writer odt
excel calc ods
paint draw odg
powerpoint impress odp
access base odb
word writer odt
excel calc ods
paint draw odg
powerpoint impress odp
access base odb
Lunes, Agosto 22, 2011
............
FRIENDSHIP QOUTES
A friend is someone who is there for you when he'd rather be somewhere else. Only your real friends tell you when your face is dirty.
A friend is someone who is there for you when he'd rather be somewhere else. Only your real friends tell you when your face is dirty.
Inspirational Quotes
Happy are those who dream dreams and are ready to pay the price to make them come true.
Martes, Agosto 16, 2011
Sabado, Agosto 13, 2011
?????
hay................salamat natapos na rin sa wakas ang mga dapat tapusin............super nakakapagod ang day na ito...................
Biyernes, Agosto 12, 2011
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HAY............................PERIODICAL TEST NA SA THURSDAY AND FRIDAY
ANG DAMI NA NAMANG REREVIEWHIN.................
ANG DAMI NA NAMANG REREVIEWHIN.................
Martes, Agosto 9, 2011
Lunes, Agosto 8, 2011
summary of lesson 3
PC CARE AND SAFETY PROCEDURES FOR USE
- Ways of taking care of your PC
- You must have a good working station.
- You must have a proper workstation design.
- How to take care of your PC
- Computers must be placed in cool dry and dry places.
- Cables must be tied together to keep them away from walkways to avoid accidents.
- Don't eat in front of the computer. Food bits attract insects that can penetrate the hardware and cause malfunctions.
- Always use AVR too much electricity might cause it to short.
- Do not bump the computer components.
- Avoid clutter around your computer. Use soft cloth in cleaning your computer.
- Always scan for computer viruses. Some connections carry viruses that can damage files.
- Health risks:
- PC's emit radiation and can cause damage to our health due to prolonged use.
- Good working habits
- tap on the keys gently.
- avoid long uninterrupted periods of typing.
- avoid staring at the monitor for too long.
- Proper workstation design
- well ventilated room
- adjustable work station
- 16 to 24 inches away at the eye level
- extendable legs on the keyboard
- place mouse where it easily accessible by your dominant hand
- use document holder to minimize the vertical head movement
Biyernes, Hulyo 29, 2011
JOKES.................jokes............JOKES..............
manliligaw si bruno mars:
girl:bakit mo ko mahal?
...
Bruno:Coz your amazing JUST THE WAY YOU ARE
girl: Talaga??
Bruno:I think i WANNA MARRY YOU
girl:Sige nga gaano mo ako kamahal?
Bruno: I would catch a Grenade for yah!!
(MAY NAG HAGIS SA KANILA NG 20 Bomba)
girl:(sugatan) kala ko ba sasambot ka ng Bomba para sakin??
Bruno:Today i dont feel like doing ANYTHING!!!
xD ! Laughtrip !
girl:bakit mo ko mahal?
...
Bruno:Coz your amazing JUST THE WAY YOU ARE
girl: Talaga??
Bruno:I think i WANNA MARRY YOU
girl:Sige nga gaano mo ako kamahal?
Bruno: I would catch a Grenade for yah!!
(MAY NAG HAGIS SA KANILA NG 20 Bomba)
girl:(sugatan) kala ko ba sasambot ka ng Bomba para sakin??
Bruno:Today i dont feel like doing ANYTHING!!!
xD ! Laughtrip !
history of computer and its different types
HISTORY OF COMPUTERS
The first computers were people! That is, electronic computers (and the earlier mechanical computers) were given this name because they performed the work that had previously been assigned to people. "Computer" was originally a job title: it was used to describe those human beings (predominantly women) whose job it was to perform the repetitive calculations required to compute such things as navigational tables, tide charts, and planetary positions for astronomical almanacs. Imagine you had a job where hour after hour, day after day, you were to do nothing but compute multiplications. Boredom would quickly set in, leading to carelessness, leading to mistakes. And even on your best days you wouldn't be producing answers very fast. Therefore, inventors have been searching for hundreds of years for a way to mechanize (that is, find a mechanism that can perform) this task.
MANUAL COMPUTING DEVICES
ABACUS (around 500 B.C.) - Considered as the earliest device for calculation, the abacus is used by Europeans, Chinese and Japanese for simple addition, subtraction, multiplication and division. It is made up of a wooden frame divided into two parts by a beam. On its upper part is a deck of two rows of beads. A series of vertical rods allow the beads to slide.
NAPIER'S BONE (1617) - Names after its inventor, Scottish Mathematician John Napier, this tool is made up of multiplication tables inscribed in a wood or bone.
SLIDE RULE (1620) - Invented by William Oughtred, this is a single straight two-foot long ruler plotted with a logarithmic scale. Multiplication and division are done by using a pair of dividers.
MANUAL MECHANICAL CALCULATORS
PASCALINE OR PASCAL'S ADDING MACHINE (1642) - The machine was the first operational calculating machine that could add large numbers. It was invented by Blaise Pascal, a French mathematician.
STEP RECKONER (1670) - Gottfried von Leibnitz, a German baron, improved the Pascaline into a device that could add, subtract, multiply, divide and get square roots.
DIFFERENCE ENGINE (1822) - Charles Babbage was a British mathematician and inventor who built a machine that automatically calculated mathematical tables, such as logarithmic and trigonometric tables. He called this machine a "computer".
ANALYTICAL ENGINE (1830) - This was also invented by Charles Babbage. Compared to the difference engine, the analytical engine was not only able to perform calculations but also to store data in the memory and perform logical comparison.
ELECTROMECHANICAL COMPUTER
HOLLERITH'S TABULATING MACHINE (1890) - Invented by the American inventor Herman Hollerith, this machine was capable of representing, reading and assembling data.
ELECTRONIC COMPUTERS
MARK 1 - Invented by DR. Howard Aiken, it is the first operating machine that could perform long computations automatically. It could execute addition and subtraction in a second, multiplication in six seconds, division in 15.3 seconds and logarithm and trigonometric functions in over one minute.
ENIAC OR ELECTRONIC NUMERICAL INTEGRATOR AND COMPUTER (1946) - Developed by John Mauchly and J Presper Eckert, it was the first general purpose electronic computer which was made up of vacuum tubes. It was used to process one problem at a time.
UNIVAC 1 OR UNIVERSAL AUTOMATIC COMPUTER (1951) - It is the first commercially available computer that could perform about 1,905 operations per second running on a 2.25 Megahertz clock. The complete system occupied more than 35.5 m2 of the floor space.
GENERATIONS OF COMPUTERS
Fourth-generation computers - These computers are much smaller, faster and more powerful than the earlier models. The use of microprocessors make them more multi-functional. Consist of million of transistors, they can do millions of calculations per second.
Third-generation computers - Called minicomputers, these computers were compact, reliable, and less expensive. Instead of transistors, they use integrated circuits (ICs) or chips which are much smaller compared to transistors.
Second-generation computers - Unlike the first-generation computers, which used vacuum tubes, these computers used transistors which are smaller, more efficient, and less-energy consuming.
First-generation computers - These computers were bulky, took up large spaces, and needed to be kept in cool environment. They used wired circuits that had thousands of vacuum tubes, each of which was about the size of a light bulb.
Types of Computers
2. The Microcomputer – These are the most frequently used computers better known by the name of “Personal computers”. This is the type of computer meant for public use. Other than Desktop Computer the choice ranges as follows:
The first computers were people! That is, electronic computers (and the earlier mechanical computers) were given this name because they performed the work that had previously been assigned to people. "Computer" was originally a job title: it was used to describe those human beings (predominantly women) whose job it was to perform the repetitive calculations required to compute such things as navigational tables, tide charts, and planetary positions for astronomical almanacs. Imagine you had a job where hour after hour, day after day, you were to do nothing but compute multiplications. Boredom would quickly set in, leading to carelessness, leading to mistakes. And even on your best days you wouldn't be producing answers very fast. Therefore, inventors have been searching for hundreds of years for a way to mechanize (that is, find a mechanism that can perform) this task.
MANUAL COMPUTING DEVICES
ABACUS (around 500 B.C.) - Considered as the earliest device for calculation, the abacus is used by Europeans, Chinese and Japanese for simple addition, subtraction, multiplication and division. It is made up of a wooden frame divided into two parts by a beam. On its upper part is a deck of two rows of beads. A series of vertical rods allow the beads to slide.
NAPIER'S BONE (1617) - Names after its inventor, Scottish Mathematician John Napier, this tool is made up of multiplication tables inscribed in a wood or bone.
SLIDE RULE (1620) - Invented by William Oughtred, this is a single straight two-foot long ruler plotted with a logarithmic scale. Multiplication and division are done by using a pair of dividers.
MANUAL MECHANICAL CALCULATORS
PASCALINE OR PASCAL'S ADDING MACHINE (1642) - The machine was the first operational calculating machine that could add large numbers. It was invented by Blaise Pascal, a French mathematician.
STEP RECKONER (1670) - Gottfried von Leibnitz, a German baron, improved the Pascaline into a device that could add, subtract, multiply, divide and get square roots.
DIFFERENCE ENGINE (1822) - Charles Babbage was a British mathematician and inventor who built a machine that automatically calculated mathematical tables, such as logarithmic and trigonometric tables. He called this machine a "computer".
ANALYTICAL ENGINE (1830) - This was also invented by Charles Babbage. Compared to the difference engine, the analytical engine was not only able to perform calculations but also to store data in the memory and perform logical comparison.
ELECTROMECHANICAL COMPUTER
HOLLERITH'S TABULATING MACHINE (1890) - Invented by the American inventor Herman Hollerith, this machine was capable of representing, reading and assembling data.
ELECTRONIC COMPUTERS
MARK 1 - Invented by DR. Howard Aiken, it is the first operating machine that could perform long computations automatically. It could execute addition and subtraction in a second, multiplication in six seconds, division in 15.3 seconds and logarithm and trigonometric functions in over one minute.
ENIAC OR ELECTRONIC NUMERICAL INTEGRATOR AND COMPUTER (1946) - Developed by John Mauchly and J Presper Eckert, it was the first general purpose electronic computer which was made up of vacuum tubes. It was used to process one problem at a time.
UNIVAC 1 OR UNIVERSAL AUTOMATIC COMPUTER (1951) - It is the first commercially available computer that could perform about 1,905 operations per second running on a 2.25 Megahertz clock. The complete system occupied more than 35.5 m2 of the floor space.
GENERATIONS OF COMPUTERS
Fourth-generation computers - These computers are much smaller, faster and more powerful than the earlier models. The use of microprocessors make them more multi-functional. Consist of million of transistors, they can do millions of calculations per second.
Third-generation computers - Called minicomputers, these computers were compact, reliable, and less expensive. Instead of transistors, they use integrated circuits (ICs) or chips which are much smaller compared to transistors.
Second-generation computers - Unlike the first-generation computers, which used vacuum tubes, these computers used transistors which are smaller, more efficient, and less-energy consuming.
First-generation computers - These computers were bulky, took up large spaces, and needed to be kept in cool environment. They used wired circuits that had thousands of vacuum tubes, each of which was about the size of a light bulb.
Types of Computers
The types of computers range from the Hybrid to the Analog types. The computers you come across in the daily course of your day range from laptops, palmtops and towers, to desktop computers, to name a few. But the very word “computers” reminds one of the desktop computers used in offices or homes. Different categories of computes have been devised in keeping with our varied needs.
The Types Of Computers: Analog and Hybrid (classification based on operational principle)
- Analog Computers: The analog computer is almost an extinct type of computer these days. It is different from a digital computer in respect that it can perform numerous mathematical operations simultaneously. It is also unique in terms of operation as it utilizes continuous variables for the purpose of mathematical computation. It utilizes mechanical, hydraulic, or electrical energy or operation.
- Hybrid computers: These types of computers are, as the name suggests, a combination of both Analog and Digital computers. The Digital computers which work on the principle of binary digit system of “0” and “1” can give very precise results. But the problem is that they are too slow and incapable of large scale mathematical operation. In the hybrid types of computers the Digital counterparts convert the analog signals to perform Robotics and Process control.
Apart from this, computers are also categorized on the basis of physical structures and the purpose of their use. Based on Capacity, speed and reliability they can be divided into three categories of computers:
1. The Mainframe Computer – These are computers used by large organizations like meteorological surveys and statistical institutes for performing bulk mathematical computations. They are core computers which are used for desktop functions of over one hundred people simultaneously.
1. The Mainframe Computer – These are computers used by large organizations like meteorological surveys and statistical institutes for performing bulk mathematical computations. They are core computers which are used for desktop functions of over one hundred people simultaneously.
- Personal Digital Computer
- Tablet PC
- Towers
- Work Stations
- Laptops
- Hand Held Computer
3. The Mini computer – Mini computers like the mainframe computers are used by business organization. The difference being that it can support the simultaneous working of up to 100 users and is usually maintained in business organizations for the maintenance of accounts and finances.
Yet another category of computer is the Super Computers. It is somewhat similar to mainframe computers and is used in economic forecasts and engineering designs. Today life without computers is inconceivable. Usage of different types of computers has made life both smooth and fast paced.
Yet another category of computer is the Super Computers. It is somewhat similar to mainframe computers and is used in economic forecasts and engineering designs. Today life without computers is inconceivable. Usage of different types of computers has made life both smooth and fast paced.
Source: ICT book
INTELLIGENCE:
Musical Intellegance / Music Smart
Because I can sing and dace, I join different contest like jazz chants and sci-awit. I am a member of rondalla my instrument is banduria.I love joining contest like dance contest.
Edgar Sia II do you understand? page 19
Do you think all the characteristics of a successful entrepreneur are equally important or some are more important than the others? Explain your answer.
In my opinion, all the characteristics of a successful entrepreneur are equally important. It's because all the characteristics is required to all people who want to be an entrepreneur someday. Creativity, Self-Control, Self-Confidence, Decision-Making Skills, Desire for Responsibility, High Energy Level, Courage, Well-defined Values, Desire for Immediate Feedback and Strong Desire to Achieve is badly needed to be qualified to be a successful businessmen someday, but if someone wants to be an entrepreneur but he don't have any or some of these characteristics they can improve their skills and somehow someday they will realize that they already have these characteristics in themselves.So in that case they will have more chance to be a successful entrepreneur someday.
In my opinion, all the characteristics of a successful entrepreneur are equally important. It's because all the characteristics is required to all people who want to be an entrepreneur someday. Creativity, Self-Control, Self-Confidence, Decision-Making Skills, Desire for Responsibility, High Energy Level, Courage, Well-defined Values, Desire for Immediate Feedback and Strong Desire to Achieve is badly needed to be qualified to be a successful businessmen someday, but if someone wants to be an entrepreneur but he don't have any or some of these characteristics they can improve their skills and somehow someday they will realize that they already have these characteristics in themselves.So in that case they will have more chance to be a successful entrepreneur someday.
assignment no. 5
1. Evaluate the different entrepreneurial characteristics under PECs. How does applying similar characteristics help us succeed in other areas of life? Explain your answer by giving examples.
Personal Entrepreneurial Competencies (PECs) can help us become a successful entrepreneur by letting us know what kind of characteristics should we have.
- Vigilance for Opportunities
- Commitment to work contract
- Persistence
- Willingness to Take Risks
- Demand for efficiency and quality
- Goal Setting
- Information Seeking
- Systematic Planning and Monitoring
- Persuasion and Networking
- Self Confidence
- It will help us to gain trust of others.
- It will help us to believe in our abilities.
- if we tell them the truth.
- if a person can prove that his or her product have a good quality,
Personal Entrepreneurial Competencies (PECs) can help us become a successful entrepreneur by letting us know what kind of characteristics should we have.
assignment no. 4
If you were an entrepreneur, what particular business would you be in? Why?
If I were an entrepreneur, I would be in the restaurant business because I enjoy seeing people eating and I also enjoy eating healthy and delicious food even though my cooking skills are not that good. And I love watching cooking shows too that's why I want to be in the restaurant business if I'm given a chance.
If I were an entrepreneur, I would be in the restaurant business because I enjoy seeing people eating and I also enjoy eating healthy and delicious food even though my cooking skills are not that good. And I love watching cooking shows too that's why I want to be in the restaurant business if I'm given a chance.
assignment no. 3
ASSIGNMENT # 3
Personal Entrepreneurial Competencies
Personal Entrepreneurial Competencies (PECs) is a set of characteristics which the success of a business person depends on. In business, it is not enough to have fondness and skills for trade. These traits must also work with other qualities to make an enterprise work. PECs represent this set of entrepreneurial characteristics, which play a major role in the success of an entrepreneur.
Research by McClelland and McBer, funded by USAID, has identified 14 personal
entrepreneurial competencies (PECs) which appear to characterize the behaviour of
successful entrepreneurs. The study, conducted in India, Ecuador and Malawi, also
found that these PECs transcended culture, country and continent. These
competencies can be grouped into 3 main clusters and the EMPRETEC model has
merged some of these competencies to derive 10 PECs.
entrepreneurial competencies (PECs) which appear to characterize the behaviour of
successful entrepreneurs. The study, conducted in India, Ecuador and Malawi, also
found that these PECs transcended culture, country and continent. These
competencies can be grouped into 3 main clusters and the EMPRETEC model has
merged some of these competencies to derive 10 PECs.
Achievement Cluster
I. Opportunity Seeking and Initiative
- Does things before asked or forced to by events
- Acts to extend the business into new areas, products or services
- Seizes unusual opportunities to start a new business, obtain financing,
equipment, land work space or assistance
II. Risk Taking
- Deliberately calculates risks and evaluates alternatives
- Takes action to reduce risks or control outcomes
- Places self in situations involving a challenge or moderate risk
III. Demand for Efficiency and Quality
- Finds ways to do things better, faster, or cheaper
- Acts to do things that meet or exceed standards of excellence
- Develops or uses procedures to ensure work is completed on time or that
work meets agreed upon standards of quality
IV. Persistence
- Takes action in the face of a significant obstacle
- Takes repeated actions or switches to an alternative strategy to meet a
challenge or overcome an obstacle
- Takes personal responsibility for the performance necessary to achieve
goals and objectives
V. Commitment to the Work Contract
- Makes a personal sacrifice or expends extraordinary effort to complete a
job
- Pitches in with workers or in their place to get a job done
- Strives to keep customers satisfied and places long term good will over
short term gain
Planning Cluster
VI. Information Seeking
- Personally seeks information from clients, suppliers or competitors
- Does personal research on how to provide a product or service
- Consults experts for business or technical advice
VII Goal setting
- Sets goals and objectives that are personally meaningful and challenging
- Articulates clear and specific long range goals
- Sets measurable short term objectives
VIII. Systematic Planning and Monitoring
- Plans by breaking large tasks down into time-constrained sub-tasks
- Revises plans in light of feedback on performance or changing
circumstances
- Keeps financial records and uses them to make business decisions
Power Cluster
IX. Persuasion and Networking
- Uses deliberate strategies to influence or persuade others
- Uses key people as agents to accomplish own objectives
- Acts to develop and maintain business contracts
X. Independence and self-confidence
- Seeks autonomy from the rules or control of others
- Sticks with own judgement in the face of opposition or early lack of
success
- Expresses confidence in own ability to complete a difficult task or meet a
challenge
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