Admit Card for Tallentex 2020 has been released. Candidates can download TALLENTEX Admit Card 2020 for October 13 and 20 examination from this page. The admit card is released online, on tallentex.com. To download the admit card for TALLENTEX 2020, candidates need to enter TALLENTEX Form Number and Name/Mobile No./Date of Birth details. On the TALLENTEX hall ticket Name, Registration Number, Date of Birth, Email ID, Gender, Venue details, Address of the venue, etc. are printed. Aspirants can check the page below to know all about the TALLENTEX 2020 Admit Card.
TALLENTEX 2020 Admit Card
TALLENTEX is an open competition for the class 6th, 7th, 8th, 9th, and 10th. In this competition, a candidate must appear and display remarkable aptitude to be considered eligible for the prize. The admit card indicates the venue where the registered candidate must appear to write the exam. A candidate gets seat allocated from any of the 7 zones. The zone allotted to a candidate will not be changed in any situation. Candidates can check the table below to keep track of TALLENTEX Admit Card 2020 and exam date.
|Zone Name||Availability Admit Card||Test Date|
|S.Chandrasekhar Zone||7 Days prior to the test date||13 Oct 2019|
|HG Khorana Zone||13 Oct 2019|
|HJ Bhabha Zone||13 Oct 2019|
|SS Abhyankar Zone||7 Days prior to the test date||20 Oct 2019|
|Chanakya Zone||20 Oct 2019|
|JC Bose Zone||20 Oct 2019|
|Ramanujan Zone||20 Oct 2019|
Admit Card: Click Here to download TALLENTEX 2020 Admit Card.
Official website i.e. www.tallentex.com
Steps to download the TALLENTEX 2020 Admit Card
To download the admit card of TALLENTEX 2020, the candidates simply need to follow the steps below:
- Click on the link above.
- It will lead to a new page.
- Enter Your TALLENTEX Form Number and Name/Mobile No./Date of Birth.
- Then enter the displayed code and click on the ‘submit’ button.
- The admit card will appear on the screen, check and download it.
What are the zones indicated?
At the time of appearing for the test, a candidate who will appear for the test may have to mention the Zone Name and state where he has been allotted a seat. The zone wise, state where the exam centers will be arranged have been mentioned in the table. Moreover, it is advised to the candidates not to write the Zone name etc without confirming.
|Zone Name||States||Test Date|
|S.Chandrasekhar Zone||Rajasthan, Delhi NCR (including Charkhi Dadri, Jhajjar, Mahendragarh, Narnaul, Rewari from Haryana)||13 Oct 2019|
|HG Khorana Zone||Chandigarh, Punjab, Haryana, Uttarakhand, Himachal Pradesh, J&K (including Saharanpur from UP)||13 Oct 2019|
|HJ Bhabha Zone||Gujarat, Maharashtra (Mumbai only on September 09, 2018)||13 Oct 2019|
|SS Abhyankar Zone||UP, MP, Bihar (including Jalgaon & Bhusawal from Maharashtra)||20 Oct 2019|
|Chanakya Zone||Jharkhand, Odisha, Chhattisgarh||20 Oct 2019|
|JC Bose Zone||West Bengal, Assam, Tripura||20 Oct 2019|
|Ramanujan Zone||AP, TN, Karnataka, Kerala, Telangana, Puducherry||20 Oct 2019|
As Practice papers make a candidate familiar with the exam pattern as well as the questions in trends. The facility of practice paper is given by ALLEN. The institute has uploaded the last 3 years of question paper. Solving Practice papers will help candidates
- Experience innovative real-time test preparation methodology
- Get a multidimensional performance analysis
- Enhance competitive spirit
- Learn time management skills
- Get a tentative idea of the TALLENTEX pattern
A candidate can also practice in Online mode using this link. Click here To practice the papers, a candidate will first of have to sign up
Sign Up for Practice Papers
To sign up, you are required to provide the following details
- Student First Name
- Student Last Name
- Email ID
- Confirm Password
Let us practice together
Here is a sample for our readers to get an idea of the range of questions that they can expect. However, it is strictly to be noted that, this sample is meant for a reference purpose. The actual questions may vary. So here we go guys! Pull up your socks:-
Ans. 1- Sulphur Dioxide
X=A Cos Wt
V= dx/ dt= – aw sin wt
a= dv/dt= – Aw2 cos wt