After 12th board from NIOS want to give BITSAT

[Nitin Sharma]

Sir I have given 12th board exam through NIOS Board and now I want to take part in the BITSAT exam so please can you tell me that am I eligible for the BITSAT exam?

My friend , you are eligible for the BITSAT exam because the eligibility for the BITSAT is 12th passed from any recognized board and school so you are eligible for the BITSAT exam. As you want to take part in the BITSAT exam after 12th from NIOS so here I am providing you the information regarding this.

Eligibility
Candidate should pass 10+2 form any recognized board with Physics, Chemistry, and Mathematics and adequate proficiency in English.


Important Dates:-
20th February 2015 Deadline to apply for BITSAT-2015
25th February 2015 Test center allotment and announcement to candidates
1st March – 20th March 2015 Candidates to reserve Test dates
15th April – 30th April 2015 Candidates to download the Hall tickets with instructions
14th May –29th May 2015 BITSAT Online tests
20th May – 30th June 2015 Candidates to apply for admission with 12th marks and Preferences to Degree programmes
1st July 2015 Admit List and Wait List announcement

You can download the syllabus by downloading the below file.

BITSAT Physics syllabus






BITSAT English proficiency and logical reasoning syllabus




I am also providing you with a sample paper of BITSAT so that you can prepare for it very well. You can download the whole sample paper by downloading the file given below.

When a charged particle is acted on only by a magnetic force, its
(a) potential energy changes
(b) its kinetic energy changes
(c) total energy changes
(d) energy does not change


A positively charged particle projected towards east is deflected towards north by a magnetic field. The field may be
(a) towards west
(b) towards south
(c) upwards
(d) downward


The permanent magnetic moment of the atoms of a material is not zero. The material
(a) must be paramagnetic
(b) must be diamagnetic
(c) must be ferromagnetic
(d) may be paramagnetic


A paramagnetic material is kept in a magnetic field. The field is increased till the magnetization becomes constant. If the temperature is now
decreased, the magnetization
(a) will decrease
(b) will increase
(c) remain constant
(d) may increase or decrease

(BITSAT sample paper)