VII , VIII & IX - Half yearly computer science portion

 Half yearly computer science portion - VII to IX

VII -

         Ln 4  : Formulas and Functions

         Ln 5 : Animation

         Ln 6 :Computer networks

Practical  : Create a table in MS EXCEL to enter 20 student names and their marks. Calculate their total and average by using formulas. Print the result as pass(if mark>=35) or fail (if mark<35). Arrange the marks in ascending and descending order. Find the maximum and minimum marks in all the subjects using formula.

VIII - 

          Ln 5 : Multimedia file formats

          Ln 6 : Graphs and charts in spreadsheet

          Ln 7 : Advanced functions in MS EXCEL

Practical : Create a table in MS EXCEL to enter 10 student names and their marks. Calculate their Total, Average and give the grade as pass or fail. Find maximum marks, minimum marks, median and standard deviation and find the list of marks <=40 and >40.

Set the Date and Time in different styles. create a chart for the above data.

IX - 

        Ln 4 : Queries in MS ACCESS

        Ln 5 :  Import data from other application

        Ln 6 : Introduction to C Programming

Practical : Create a table in MS EXCEL to enter 20 student names and their marks. Import the data into MS ACCESS. Using the table create a query displaying the details of the students scored >80 in all the subjects.Create another query to display the student names scored <35 in all the subjects.

XII Computer Science study material - with two mark five mark answers

Some of the previous year answer keys prepared for the students for our school is published here. We request you to download and get benefited.

XII COMPUTER STUDY MATERIAL 1

XII COMPUTER STUDY MATERIAL 2

XII COMPUTER STUDY MATERIAL 3

COMPUTER  PRACTICAL  BLUE PRINT

 1.  STAR OFFICE QUESTION WITH AN INTERNAL CHOICE

 2. C++  PROGRAM WITH AN INTERNAL CHOICE

INTERNAL CHOICES FOR PRACTICAL
     STAR  OFFICE                                     C++
1.  S1 OR S9                                             1. C1  OR  C9
2. S2  OR S7                                             2. C2  OR  C10
3. S3  OR  S12                                          3. C3  OR  C11
4. S4  OR  S8                                            4. C4  OR  C8
5. S5  OR  S10                                          5  C5  OR  C7
6. S6   OR S11                                          6  C6  OR  C12

DEBUG PATTERN FOR THEORY EXAMINATION (109&110) question

Varghese Kurien- Father of White revolution

Varghese Kurien- Father of White 

revolution

                                Verghese Kurien (26 November 1921 – 9 September 2012) was an Indian social entrepreneur who is known as the Father of White Revolution in India for his Operation Flood, the world's largest agricultural development programme. This transformed India from a milk-deficient nation to the world's largest milk producer, surpassing the United States of America in 1998, with about 17 percent of global output in 2010–11, which in 30 years doubled milk available to every person. Dairy farming became India's largest self-sustaining industry. He also made India self-sufficient in edible oils taking on the powerful and entrenched oil supplying lobby.

He founded major institutes such as Anand Milk Federation Union Limited, National Dairy Development Board and Institute of Rural Management Anand. As the founding chairman of the Gujarat Co-operative Milk Marketing Federation (GCMMF), Kurien was responsible for the creation and success of the Amul brand of dairy products. A key achievement at Amul was the invention of milk powder processed from buffalo-milk abundant in India as opposed to that made from cow-milk in the then major milk producing nations. This led Prime Minister Lal Bahadur Shastri to appoint him the founder-chairman of National Dairy Development Board(NDDB) in 1965, to replicate Amul's "Anand model" nationwide. He is regarded as one of the greatest proponents of the cooperative movement in the world, his work having lifted millions out of poverty in India and outside.

Linux Study material for XI standard

Kindly click and share the Linux study material and get prepared - Part of the half yearly portion

Linux study material

Pre half yearly examination question paper X -Tamil I & II

PRE HALF YEARLY EXAM QUESTION PAPER - X

Question paper Tamil - I paper

Question paper Tamil - II paper

GENERAL INSTRUCTIONS:

1. In case of holidays declared by Government due to rain, q.paper will be uploaded in blog/will be sent through students individual  mail. Student should attend all the questions  without choice.
2. Students should attend the school compulsorily on the day when the government announces reopening.
3. Completed answer paper can be submitted in the school office at 10.00 am or can be scanned and sent through mail to school id srmnightingale @ gmail.com

PRE HALF YEARLY EXAMINATION QUESTION PAPER - ACCOUNTANCY

PRE HALF YEARLY EXAMINATION QUESTION PAPER - ACCOUNTANCY

GENERAL INSTRUCTIONS:

1. In case of holidays declared by Government due to rain, q.paper will be uploaded in blog/will be sent through students individual  mail. Student should attend all the questions  without choice.
2. Students should attend the school compulsorily on the day when the government announces reopening.
3. Completed answer paper can be submitted in the school office at 10.00 am or can be scanned and sent through mail to school id srmnightingale @ gmail.com

PRE HALF YEARLY EXAMINATION QUESTION PAPRE XII - CHEMISTRY

PRE HALF YEARLY EXAM QUESTION PAPER - CHEMISTRY

GENERAL INSTRUCTIONS:

1. In case of holidays declared by Government due to rain, q.paper will be uploaded in blog/will be sent through students individual  mail. Student should attend all the questions  without choice.
2. Students should attend the school compulsorily on the day when the government announces reopening.
3. Completed answer paper can be submitted in the school office at 10.00 am or can be scanned and sent through mail to school id srmnightingale @ gmail.com

Pre Half yearly time table

II MID TERM QUESTION PAPER - LANGUAGE - click this link to open the question paper

 

SRM NIGHTINGALE MAT.HR.SEC.SCHOOL

                                                                                                                23.11.2015

DATE	DAY	XII	X	XI
		PREHALF YEARLY	PRE HALF YEARLY	II MIDTERM TEST
24.11.2015	TUE			PHY/COMMERCE
25.11.2015	WED	CHE/ACC	TAMIL	CHE/ACC
26.11.2015	THU			MATHS/ECO
27.11.2015	FRI	MATHS/ECO	MATHS	BIO/BM/CSC
28.11.2015	SAT
30.11.2015	MON	PHY/COM	SOCIAL
01.12.2015	TUE
02.12.2015	WED	BIO/CSC/BM	SCIENCE
03.12.2015	THU
04.12.2015	FRI		ENGLISH

GENERAL INSTRUCTIONS:

1.       Incase of holidays declared by Government due to rain, q.paper will be uploaded in blog/will be sent through students individual  mail. Student should attend all the questions  without choice.

2.       Students should attend the school compulsorily on the day when the government announces reopening.

3.       Completed answer paper can be submitted in the school office at 10.00 am or can be scanned and sent through mail to school id srmnightingale@gmail.com

II MID TERM QUESTION PAPER FOR X, XI & XII

II MID TERM QUESTION PAPER FOR X, XI & XII

II Mid term question paper

Happy Children's day - 14.11.2015

SRM  Nightingale School teachers and staff wishes our beloved children " Happy Children's Day" 

     

While we try to teach our children all about life, they teach us what is life all about. Thanks for having you, with this feel we wish you with regards  Happy Children's Day.

Let's save Earth - Preserve our Water Resource

Click the link
#savethamirabarani

Let us stop drinking pepsi, coke

Drawing by our school student

BY
S.J Yogesh VII A

A free hand effort from our children

  

George Boole - Birthday

Born in Lincoln, Lincolnshire, England November 2, 1815. Died Ballintemple, County Cork, Ireland December 8, 1864.

George Boole was the son of a shopkeeper. This working class of people were not given a high level of education. He had common schooling and a commercial course. His father, who had studied some mathematics privately, tutored George in the subject.

 At the age of 16 he was ready to find a profession that would allow him to support his aging parents. Boole worked as an assistant teacher at two schools over the next four years. He was not satisfied with the low wages and looked for another profession. He could not afford the Army or the Law, and he didn't like the teacher's wages, so he focused on the Church.

After four years of preparation to be a clergyman, his parents persuaded him back to teaching. He did learn French, German and Italian while studying to become a clergyman, languages that would help him later in mathematics.

At age 20, George Boole opened his own school. He had to begin teaching mathematics to his pupils, which sparked his own interest in math. Dissatisfied with the textbooks, he began reading Laplace and Lagrange for ideas. Inspired by ideas in their work, he wrote his first mathematical paper on the calculus of variations. During this time, Boole also discovered invariants.

Boole began submitting his work to the Cambridge Mathematical Journal. The editor, Duncan Gregory liked his papers and published them in the journal. Gregory suggested that Boole study at Cambridge, but he could not quit teaching because he supported his parents financially.

Boole began studying algebra as Gregory suggested. His work was soon published and awarded. In August 1849, Boole was appointed as a professor of mathematics at Queens College, Cork. Within two years, he was named Dean of Science.

In 1854, Boole published An Investigation into the Laws of Thought, on Which are founded the Mathematical Theories of Logic and Probabilities. Boole suggested that logic and algebraic symbols were similar. By tying logic and algebra, Boole allowed algebra to be viewed as purely abstract. Today, computer programming is based upon Boolean algebra.

George Boole died on December 8, 1864, after several weeks of fighting a lung infection. George had walked to college in the rain, lectured, and returned home which prompted the sickness.

George Boole's contributions to mathematics have very modern applications: computer programming, electrical engineering, satellite pictures, telephone circuits and even Einstein's theory of relativity.