Saturday, May 22, 2010

CBSE 2010 TOPPERS

Setting Goals after Board Results

Setting Goals after Board Results

There are certain basic fundas that you need to know while setting your goals :

A) Write down all your goals separately. Writing is described as the act of inscribing characters or shapes on a surface to convey thoughts and ideas. Have you ever wondered why this symbolic, mechanical act is considered so important in the goal-achievement process?

It is important because putting pen to paper gives body to our thoughts. It transfers non-verbal cues into tangible, concrete expressions. The writing becomes your signed testimonial. You can look at it, physically from a distance and it will remind you of what you promised yourself a year ago.

This act of using your eye in co-ordination with your hand, while holding a pen, will make a firm impression on your mind, so while you are reading or re-reading a particular phrase, a sentence or a book section, this impression consolidates and slips deeper into our subconscious.

B) Define goals in terms of specific activities and specific processes. Without specifics, the whole exercise is futile and meaningless. So split your goals in terms of specific actions and prioritise those actions.

C) Prioritise and re-prioritise your goals. This will help you make the maximum use of your time resource, so that nothing important gets left out.

D) Identify your obstacles. These could be internal, as well as external. Decide what additional knowledge you need to gather before you can set out to achieve your goals.

E) Define your goals and start working backwards from those goals. Affirmative commands are excellent for time management. Keep repeating to yourself, “I am always punctual”, “I am well-organised”, “I use my time productively.” Repeat these commands in your spare time. Act or pretend as if you have already begun to follow these commands.
In short, fake it until you make it.

To solve a problem or to reach a goal, you...don't need to know all the

answers in advance. But you must have a clear idea of the problem or

the goal you want to reach.

source: www.icbse.com

Wednesday, May 19, 2010

DIFFERENT KINDS OF NUMBERS NUMBERS

Deficient number -number whose proper divisors add up to less than itself. For example, 16 is a deficient number as sum of its proper divisors {1, 2, 4, 8} = 15.

Abundant number -number whose proper divisors add up to more than the number itself. For example, 18 is a abundant number as 1+2 +3 +6 +9 = 21. Can you find the smallest abundant number?

Happy number -number for which the sum of the squares of the digits eventually equals 1.For example, 203 is happy because 2² +0² +3² = 13; 1² +3² = 10; 1² +0² = 1

Can you think of another happy number? An unhappy number?


Sunday, May 2, 2010

Solve it - Question 14

Dear All


Solve the following question:

well, we have a quick respose by Prabhat. Well done!

I will appriciate if you could give your responses in the comment section of the post. Anyways, here is the solution:

DIFFERENT KINDS OF NUMBERS NUMBERS

Dear All

Do you know any perfect human being! May be NO... But, in mathematics there are the numbers which are perfect. Let us consider the following definition:
Perfect number -number whose divisors (except itself) add up to itself. For example,. 28 is a perfect number. Its proper divisors are {1, 2, 4, 7, 14} and 1 +2 +4 +7 +14 = 28.
Well, Can you find the smallest perfect number?
All perfect numbers less than 500.
Is 360 a perfect number?
Find out more about perfect numbers and explore the beautiful world of numbers!

Math Joke

A math major studied hard in the university library all evening. On his way home, he felt very
hungry so he stopped at a nearby pizza place and ordered a large pizza. When it was ready, the pizza guy asked him if he wanted it cut into six or eight pieces. The Math major replied, “Cut it
into six—I don’t think I could eat eight pieces.”

HAPPY PI DAY

  π‡π€πππ˜ 𝐏𝐈 πƒπ€π˜ Celebrated annually on March 14th (3/14), Pi Day is a fun and delicious way to geek out about math! It's a day ...