#jee main 2016

[getentrance]

Get information on JEE Main 2017 Application Form on https://www.getentrance.com/jee-main-application-form.html

[erecruitmentonline-blog]

‪JEEMain2016Result‬ Exam Result Paper-I Declared Today 5pm |‪ AllindiaRank‬ #cbseresults.nic.in ( 27th, April,2016) @http://goo.gl/AOPnM5

JEE Main 2016 Paper-I ( B.Tech ) ‪#‎Engineering‬ ScoreCard/ Results by Rankwise/ NameWise Available Now 

[studyabroadcourses-blog]

JEE Main 2016 Result Cum Scorecard (AIR) by CBSE

JEE Main 2016 Result Cum Scorecard (AIR) by CBSE

  JEE Main 2016 Result and Cutoff (All India Rank)   JEE Main 2016 Result – The Exam official body, CBSE will declare the JEE Main 2016 Result cum scorecard on April 27, 2016. Candidates can check here the AIR (AIR India Ranks) form this page. Result will be declared for approx. 12 lakh students who have appeared for the examination in 129 cities. Mode of JEE Main 2016 Result: The CBSE IIT JEE…

View On WordPress

[jeemain2016results-blog]

JEE Main Results 2016 Declared

JEE Main Results 2016 Declared Today April 27 2016, 12 Lakh Students Appeared for the Joint Entrance Examination (JEE) Main Paper 1 and Paper II Exam Conducted by Central Board of Secondary Eduction (CBSE). JEE Main Offline Exam of Paper 1 and 2 were Conducted on April 3rd 2016 and online Paper 1 and II exam were conducted on April 9 and April 10.

JEE Main Results 2016

Students those who are appeared for the JEE Main 2016 examination, they can check their results on the official website jeemain.nic.in from April 27, 2016 on Wednesday and download JEE Main Score Card with AIR Rank. more Number of Candidates seeking admission in various colleges have applied for this JEE Main 2016 examination. Students those who wrote the JEE Main Examination can get best college admission if he/she got good rank. The Students can check the cutoff marks, merit list from the official websites given below.

JEE Apex Board for admission to Undergraduate Engineering Programmes in NITs, IIITs and other Centrally Funded Technical Institutions etc. The admission to Undergraduate Engineering Programs at NITs, IIITs, other centrally funded Technical Institutions, Institutions funded by several participating State Governments, and several other Institutions shall include the performance in the Joint Entrance Examination.

JEE Main 2016 Important Dates:

JEE Main Offline Exam 2016 - April 3rd 2016

JEE Main Online Exam 2016 - April 9th & 10th 2016

JEE Main 2016 Results Date on  - April 27, 2016

JEE Main All India Rank(AIR) Announcement - June 30, 2016

Candidates can check their score card after entering the login details such as the registration number, Date of birth (DOB), and name of the candidate.

Steps to check JEE Main Results 2016 and Score Card

1. Visit the official website http://jeemain.nic.in

2. Open the link ‘JEE Main Results 2016’

3. Enter the Registration number and Date of birth

4. Now Click on 'Submit' button.

5. Now Check Your Result.

Bookmark (Ctrl+d) this Page for More Updates related to JEE Main

[entrance-exams]

How to check JEE Main 2016 Result

How to check JEE Main 2016 Result

JEE Main 2016 Result – For all the candidates who took JEE Main 2016 on 3, 9, and 10 April 2016, CBSE (Central Board of Secondary Education) will declare detailed scorecard on 27 April 2016 and detailed rank card on or before 30 June 2016. They can access scorecard and rank card from the official website of the board by providing some basic details correctly. The board will not post physical copy…

View On WordPress

[chemcool]

Question on Nucleophilic Substitution

The product of the reaction given below is

[chemcool]

Question on Alkenes

The reaction of propene with HOCl (\(Cl_2 + H_2O\)) proceeds through the intermediate

A) \(CH_3-CH^+-CH_2-Cl\)

B) \(CH_3-CH(OH)-CH_2^+\)

C) \(CH_3-CHCl-CH_2^+\)

D) \(CH_3-CH^+-CH_2-OH\)

[chemcool]

Question on Gaseous State

Two closed bulbs of equal volume (V) containing an ideal gas initially at pressure \(p_i\) and temperature \(T_1\) are connected through a narrow tube of negligible volume as shown in the figure below. The temperature of one of the bulbs is then raised to \(T_2\). The final pressure \(p_f\) is

A) \(2p_i (\dfrac{T_1}{T_1 + T_2})\)

B) \(2p_i (\dfrac{T_2}{T_1 + T_2})\)

C) \(2p_i (\dfrac{T_1T_2}{T_1 + T_2})\)

D) \(p_i (\dfrac{T_1T_2}{T_1 + T_2})\)