Thursday, February 12, 2015
Saturday, February 7, 2015
Model papers for 5th Class and 8th Class Annual Examination 2015, computer in education, computer learning, free computer courses., learn computer through web, model papers, 8th class model papers, 5th class model papers, download free model papers,
How to learn English? Lectures of English Learning.
Middle Standard Model Papers for the session 2015
Middle Standard Model papers for 5th Class and 8th Class Annual Examination 2015
The above said model papers are uploaded only for the guidance of students as well as teachers. These are properties of Punjab Examination Commission/Punjab Education Commission. Download and get advantages.
Class 5th Annual Examination 2015 Model Papers
click on the following download button to download free
Class 8th Annual Examination 2015 Model Papers
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Download free Date Sheet for class 5th and 8th annual examinations 2015 .
Friday, February 6, 2015
Date Sheet for class 5th and 8th annual examinations 2015, computer in education, computer learning, free computer courses., learn computer through web
How to learn English? Lectures of English Learning.
Punjab Examination Commission
Wahdat Colony Lahore
Date sheet for class 5th annual examination 2015
Download Date sheet from direct Punjab Examination Commission Website
Date sheet for class 5th annual examination 2015 |
Date sheet for class 8th annual examination 2015
These date sheets are properties of Punjab Education Commission.
Uploaded only for awareness and best interest of students as well as to the public.
Download free Model papers for 5th Class and 8th Class Annual Examination 2015
Thursday, February 5, 2015
Programming Tasks, computer in education, computer learning, free computer courses., learn computer through web
How to learn English? Lectures of English Learning.
Programming Tasks
1. Write a
program that reads in the radius (r) of a circle and prints its diameter
(2r), circumference (2πr) and area (πr2).
2. Write a
program that takes temperature in Fahrenheit and converts it into Celsius.
3. Write a
program that takes a number form the user and prints weather it is even or odd.
4. Write a
program that takes two numbers form the user, determines and prints weather
first is multiple of second or not.
5. Write a
program, which takes age of the user in years and prints in months, days and
hours.
6. Write a
program that takes age of the user in years and prints the number of times his
heart beats. (Human heart beats on the average of once a second)
7. Write a
program that takes the length and width of a rectangular yard and the length
and width of a rectangular house situated in the yard. Your program should
compute the time required to cut the grass at the rate of two square feet a
second.
8. Write a
program to compute the rate of growth, expressed as percentage, of an insect
population. Take as input the initial size of the population and its size one
week later. Then predict the size of population for next week, assuming that
growth continues at the same rate.
9.
Raheem the Worker always works 52
hours a week. He earns Rs. 900 for the first 40 hours he works. He gets time
and a half (1.5 times his regular hourly pay) for the first 10 hours over 40.
He gets double time for all hours over 50. He is in the 8 percent tax bracket.
Write a program with appropriate titles that prints Raheem’s gross pay, net
pay, and taxes.
10. Write a
program that asks the user to enter two integers. Obtain the numbers from the
user. Then prints the larger number followed by the word “is larger ”.
If the numbers are equal, print the message “These numbers are equal”.
11. Write a
program that inputs three integers from the keyboard, and prints smallest and
largest of these.
12. Write a
program that takes the x - y coordinates of a point in the Cartesian plane and
prints a message telling either an axis on which the point lays or the quadrant
in which it is found.
Sample lines of output
Enter x and y coordinates
-1
-2.5
(-1, -2.5) is in quadrant
III.
13. Write a
program that takes two numbers from the user and prints the squares of all the
numbers between them.
14. Write a
program that takes two letters from the user and prints all letters between
them.
15. Factorial
of a nonnegative integer n is written as n! (pronounced as “n
factorial”) and is defined as follows:
n! = n . (n – 1) . (n – 2) .
…… .1 or (product of all positive integers from n to 1)
n! = 1 (for n = 0) for example , 5! =
5 . 4 . 3 . 2 . 1
Write a program
that reads a nonnegative integer and prints its factorial.
16. Write a
program that calculates the product of all even integers form 1 to 15.
17. Write a number-guessing game. Store an integer (from 1 to 100) in
a variable. Ask the user to guess the number between 1 and 100. If he doesn't
guess the value, give him a clue (his guessed value is higher or lower then
stored value) and ask for guess again. If he guesses the variable's value correct,
congratulate him and print the total number of guesses he made (score of the
user). If the user enters 0, stop the program.
18. The
Fibonacci sequence is a sequence of numbers beginning 1, 1, 2, 3, 5, 8, 13,
21…. First two elements are defined to be 1; each of other element is the sum
of its two predecessors. Write a program that takes first 25 elements of
Fibonacci sequence.
19. Write a
program that will find the smallest, largest, and average values in a
collection of N data values. Get the value of N before taking input of data
values from the user.
20. Modify
the program 19 to compute the standard deviation, accumulate the sum of squares
of the data values (sum_squares) and use the formula as follows:
Wednesday, February 4, 2015
Discovery of Computer, Problem Solving Process, Identify and clarify the problem, what do we have in common? computer in education, computer learning, free computer courses., learn computer through web,
How to learn English? Lectures of English Learning.
3.5
problem solving process
·
There are many approaches
to problem solving, depending on the nature of the problem and the people
involved in the problem. The more traditional, rational approach is typically
used and involves, e.g., clarifying description of the problem, gathering
information ,identifying alternatives,
assessing each alternative, choosing one, implementing it, and
evaluating whether the problem was solved or not.
·
All that worrying can become directed
thinking by channeling it into the following procedure. To make the best
decisions and to become valuable knowledge workers, we can follow this simple
five-step plan.
3.5.1
Identify
and clarify the problem. Our
first task is recognizing that a problem exists. The first step in reaching a solution is pinpointing
the problem area. Look at the situation carefully. Figure out what it is that
you are trying to solve. This will be your problem.
The normal process for solving a problem will
initially involve defining the problem we want to solve. we need to decide what
we want achieve and write it down. Often people keep the problem in their head
as a vague idea and can so often get lost in what they are trying to solve that
no solution seems to fit. Merely writing down the problem forces you to think
about what you are actually trying to solve and how much you want to achieve.
The first part of the process not only involves writing down the problem to
solve, but also checking that we are answering the right problem. It is a
check-step to ensure that we do not answer a side issue or only solve the part
of the problem that is most easy to solve. People often use the most immediate
solution to the first problem definition that we find without spending time
checking the problem is the right one to answer
3.5.2
Problem
analysis (Information Gathering) Learn more about the problem situation.
Look for possible causes and solutions. This step may mean checking files,
calling suppliers, or brainstorming with fellow workers. For example, the
air-freight delivery service would investigate the tracking systems of the
commercial airlines carrying its packages to determine what went wrong. The
next step in the process is often to check where we are, what the current
situation is and what is involved in making it a problem. For example, what are
the benefits of the current product/service/process? And why did we decide to
make it like that? Understanding where the problem is coming from, how it fits
in with current developments and what the current environment is, is crucial
when working out whether a solution will actually work or not. Similarly
we must have a set of criteria by which
to evaluate any new solutions or you will not know whether the idea is workable
or not. This section of the problem solving process ensures that time is spent
in stepping back and assessing the current situation and what actually needs to
be changed.
After this investigation, it is
often good to go back one step to reconfirm that our r problem definition is
still valid. Frequently after the investigation people discover that the
problem they really want to answer is very different from their original
interpretation of it.
3.5.3 Generating possible Solutions When we have
discovered the real problem that we want to solve and have investigated the
climate into which the solution must fit, the next stage is to generate a
number of possible solutions. At this stage we should concentrate on generating
many solutions and should not evaluate them at all. Very often an idea, which
would have been discarded immediately, when evaluated properly, can be
developed into a superb solution. At this stage, we should not pre-judge any
potential solutions but should treat each idea as a new idea in its own right
and worthy of
3.5.4
Analyzing
the Solutions This
section of the problem solving process is where we investigate the various
factors about each of the potential solutions. We note down the good and bad
points and other things, which are relevant to each solution. Even at this
stage we are not evaluating the solution because if we do so then we could
decide not to write down the valid good points about it because overall we
think it will not work. However we might discover that by writing down its
advantages that it has a totally unique advantage. Only by discovering this
might we choose to put the effort in to develop the idea so that it will work.
3.5.5
Selecting
the best Solution(s)
this is the section where we look through the various influencing factors for
each possible solution and decide which solutions to keep and which to disregard.
we look at the solution as a whole and use our
judgment as to whether to use the solution or not. In Innovation
Toolbox, we can vote using either a Yes/No/Interesting process or on a sliding
scale depending on how good the idea is. Sometimes pure facts and figures
dictate which ideas will work and which will not. In other situations, it will
be purely feelings and intuition that decides. Remember that intuition is
really a lifetimes experience and judgment compressed into a single decision
Draw conclusions from the gathered evidence and pose solutions. Then, weigh the
advantages and disadvantages of each alternative. What are the costs, benefits,
and consequences? What are the obstacles, and how can they be handled? Most
important, what solution best serves our goals and those of our organization?
Here's where our creativity is especially important.
Exercise
3.7.1
Using five steps of problem
solving. Find the solution of this problem.” I can't go to my school because my
bicycle is punctured”.
3.7.2
Using five steps of problem solving.
Find the solution of this problem.” It is impossible for me to take mathematics
test that will be taken on tomorrow because in our area electricity is failed.”
3.7.3
Using five steps of problem
solving. Find the solution of this problem.” Nasir’s health is falling down day
by day because he did not like vegetables “.
3.7.4
Using five steps of problem
solving. Find the solution of this problem.” Aslam always gets excellent marks
in the exams but he could not get good marks in the final exam”
3.7.5
Using five steps of problem
solving .Find the solution of this problem. A man was doing his job but was
killed because he lacked a certain piece of furniture. Why?
3.7.6
News paper article
The purpose of this activity is
to analyze the arguments in a newspaper article .The students will work on
their ability to break ideas and problems into parts and analyze them ,as well
as their ability to understand multiple points of view .For this proceed as
follows
3.7.6.1
Make students groups
3.7.6.2
Students are asked to
choose an article from the opinion section of the newspaper.( 5 minutes )
3.7.6.3
After reading it, write a
brief description of what the article is trying to convince the reader of(10
minutes)
3.7.6.4
Discussion (10 minutes)
.For this ask different questions
3.7.7 Advertisement Analysis
The purpose of this activity is to analyze the
advertisement .For this we work in the following steps.
3.7.7.1
Divide the students into groups
3.7.7.2
Find out an advertisement from a magazine
or news paper.
3.7.7.3
Ask them to analyze what the ad is
trying to convince the viewer to buy and describe what technique ad uses.
3.7.7.4
Discussion .Ask the following
questions
What is the ad
trying to persuade you to do ?
How does it go about trying to
persuade you?
If there are people
shown in the ad, why do
Think advertiser chose
the models they did
for the add ?
Does the ad make you
want to try the
Product advertised why
?why not ?
3.7.8
Story Writing
Explain the students that we are
going to begin a story and that each student will discuss how the story could
end. Start with something like: "Once upon a time, there was a
…………….story should not be more than one page.
3.7.9
The chillies Experiment
Naeem and his 12-year old brother waqas bought
hot chilly pepper seeds, and planted some under a tree in their backyard. When
the chillies were ready to be eaten, Naeem was disappointed because they were
not hot. Why were the chillies not hot? Waqas’s hypothesis was that the plants
were not watered enough. Naeem disagreed. His hypothesis was that the plants
didn't get enough sun. They decided to conduct an experiment to find out who
was right.
3.7.9.1
Describe an experiment that will
tell us whose hypothesis was right.
3.7.9.2
What kinds of experimental results
will support each of the conclusions?
3.7.9.3
That they were both wrong.
3.7.9.4
That they were both right.
3.7.9.5
That Naeem was right, and Waqas
was wrong
3.7.9.6
That Waqas was right, and Naeem
was wrong
How many
squares are there
How many squares are there |
Answer:
3.7.10 How Many triangles Are
There?
Directions: How many triangles are present in this picture
|
Answer:
3.7.11 What Do We Have In Common?
Directions: For each number, explain what the words have in common
California, New York, Mississippi
|
_________________________________________
|
2. Pizza, French fries, Cheeseburger
|
_________________________________________
|
3. Rose, Daffodil, Carnation
|
_________________________________________
|
4. Washington, Lincoln, Clinton
|
_________________________________________
|
5. Red, Blue, Purple
|
_________________________________________
|
6. Radio, Telephone, CD player
|
_________________________________________
|
7. Milk, Juice, Soda pop
|
_________________________________________
|
8. Basketball, Football, Soccer
|
_________________________________________
|
9. Newspaper, Book, Magazine
|
_________________________________________
|
10. Cow, Pig, Horse
|
_________________________________________
|
11. Thanksgiving, Christmas, Easter
|
_________________________________________
|
12. Computer, Television, Movies
|
_________________________________________
|
13. Eyes, Nose, Mouth
|
_________________________________________
|
14. Fork, Spoon, Knife
|
_________________________________________
|
15. Math, Social Studies, Science
|
_________________________________________
|
3.7.12 What Doesn't Belong?
Directions: For each number, circle each word/object that does not
belong and then explain why
Window, Glass Door, Wall
|
_________________________________________
|
2. Roller Skates, Cars,
Houses
|
_________________________________________
|
3. Floppy Drive, Hard
Drive, Driveway
|
_________________________________________
|
4. Saturn, Venus, Frogs
|
_________________________________________
|
5. Lead, Nickel, Oxygen
|
_________________________________________
|
6. Sad, Happy, Mad
|
_________________________________________
|
7. Trees, Grass, Cats
|
_________________________________________
|
8. Ball, Sphere, Cube
|
_________________________________________
|
9. Pencil, Tape, Glue
|
_________________________________________
|
10. Dance, Present, Gift
|
_________________________________________
|
11. Shop, Bear, Buy
|
_________________________________________
|
12. Cake, Posion, Muffin
|
_________________________________________
|
13. Energy, Lawn Mower, Scissors
|
_________________________________________
|
14. Shower, Bath, Sewer
|
_________________________________________
|
15. Chalk, Lemon, Orange
|
_______________________________________
|
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