It's a Question of your Career!

Hello student. The rank of 26000 is a bit higher one for a veternary seat. Apart from that, the category you have mentioned is ST which means a good reservation exists with existence of state quota. So, there are better chances for you to get the veternary seat will all

Hello aspirant,

You need to mention your category also for predicting the rank apart from the ipe and eamcet marks. So I assume that you are from open category

As per the marks that you had mentioned in ipe and eamcet, you are likely to get a rank between 27,000

Telling the exact rank is not possible but your rank seems to be in good range by looking at your marks . Please use the a.p. EAMCEt rank predictor it will give you the exact the rank you are on . The site is

Results.mahanadi.co.in./eamcet rank estimator

2020

Hello mohna,

Apart from the marks that you scored in ipe and eamcet, your category also plays an important role in determining the college and rank so I assume that you are from open category.

As per the marks that you had mentioned in ipe and eamcet, you are likely

Hello,

If you have appeared 1st phase then you don't have to appear 2nd phase. 2nd phase is for the candidates who have missed the exam.

You will get your results in the last week of august from the official webpage of the university.

for more details, please visit the

Hi,

Here is the link for gucet practice test website. You can go there and practice the questions.

http://www.gujcet.in/

Hope it helps.

Hello student,

As per the marks that you had mentioned in ipe and eamcet, you are likely to get a rank between 29,000 to 32,000. kindly note that this prediction is based on previous data and variations occur every year.

Here's a link for your college prediction which will be

Hello student,

Apart from the marks innipe and eamcet, your category also plays an important role in determining the college and rank, so I assume that you are from open category

With the mentioned marks you are likely to get a rank between 14,000 to 17,000.This prediction is based on

Hello,

The displacement of a body is given by s = ut + 1/2 * a * t^2

Case 1: When body covers 200 cm in 2s

s = ut + 1/2 * a * t^2

200 = u * 2 + 1/2 * a * 2^2

u + a