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AIPMT (PMT)

(Admission Info) AIPMT : MBBS/BDS Admission 2011

Posted July 15th, 2010 by guru

http://cbseportal.com/exam/images/cbse_logo.gif
CENTRAL BOARD OF SECONDARY EDUCATION : DELHI
ALL INDIA PRE-MEDICAL/PRE-DENTAL ENTRANCE EXAMINATION, 2011 FOR ADMISSION TO
MBBS/BDS COURSE UNDER 15% MERIT POSITIONS IN MEDICAL/DENTAL COLLEGES.

(Result) AIPMT 2010 Result Announced

Posted April 15th, 2010 by guru


CBSE - ALL INDIA PMT/PDT ENTRANCE EXAMINATION 2010
( RESULT OF PRELIMINARY EXAMINATION HELD ON 3rd APRIL,2010 )

(Notification) Important Notification about AIPMT 2010 | WWW.AIPMT.NIC.IN

Posted April 5th, 2010 by guru

CBSE
NOTIFICATION
No.CBSE/AIPMT/2010

(Admit Card) Download AIPMT: All India Pre Medical/Dental Test Admit Card (2010)

Posted March 8th, 2010 by guru

AIPMT
Download All India Pre Medical/Dental Test 2010 Admit Card

CBSE All India Pre Medical/Dental Test (AIPMT) published Admit Card 2010

(Paper) PMT Sample Papers And Practice Questions (Coordination Chemistry)

Posted March 5th, 2009 by guru

  1. Which one of the following is the correct electron configuration for the Fe3+ ion?

     

    1. [Ar] 4s1 3d5
    2. [Ar] 4s2 3d3
    3. [Ar] 4s1 3d4
    4. [Ar] 3d6
    5. [Ar] 3d5

     

  2. Which one of the following best explains why water is a monodentate ligand?

     

(Paper) PMT Sample Papers And Practice Questions (Solubility Equilibria)

Posted March 5th, 2009 by guru

  1. Select the statement below that is correct.

     

(Paper) PMT Sample Papers And Practice Questions (Reduction-Oxidation Reactions and Electrochemistry)

Posted March 5th, 2009 by guru

    1. In recitation, you studied the electrochemistry involved in the "fruit clock". If an orange is used to power the fruit clock, which of the following statements is TRUE?

       

(Paper) PMT Sample Papers And Practice Questions (Chemical Kinetics)

Posted March 5th, 2009 by guru

  1. Consider the following reaction in aqueous solution,

    5Br-(aq) + BrO3-(aq) + 6H+(aq) --> 3Br2(aq) + 3H2O(l)

    If the rate of appearance of Br2 at a particular moment during the reaction is 0.025 M s-1, what is the rate of disappearance (in M s-1) of Br- at that moment?

     

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