Hello,

The eligibility criteria for B.Com (Hons) in Delhi University is that a candidate must have passed 10+2 with Mathematics/Business Mathematics with 50% aggregate and must have passed in English/Hindi with minimum 60% aggregate. The best subjects that should be included along with English/Hindi from list B are

• Mathematics
• Accountancy

Hi Dear,

ATMA  and MAT score  is not accepted by Maharashtra based MMS Colleges for MMS program. ATMA score is only accepted for admission into PGDM courses in Maharashtra colleges.

Visit the following link to know about colleges accepting ATMA score in Maharashtra:

https://bschool.careers360.com/colleges/list-of-mba-colleges-in-mumbai-accepting-atma

Good Luck

Hello aspirant,

SIES College of Management Studies accept ATMA exam score .

Last year cutoff of SIES College for ATMA Exam(Round 1) is given below:-

85 percentile for MMS HR management

85 percentile for MMS Operations

85 percentile for MMS Marketing

Admission process related information is given in the below

Hello,

After you have appeared for your ATMA exam you will now have to fill out the application form for the respective college.

Hey!

Both Colleges provide basic infrastructure facilities to students such as digital classrooms, sports ground, etc and the faculty members are also experienced. Placement opportunities is the factor to compare both the colleges, however atma ram sanatan dharma college gas offered highest salary package of 12 lakhs per annum but

Hello,

Yes you can get admission in PUMBA for pharma biotech. The eligibility criteria is to qualify ATMA.

Hope this helps.

Hello Aspirant

If you appeared in Atma exam held in Feburary then you can definitely take admission on its basis and if you are appearing in upcoming atma exam then mostly colleges won't accept that as admissions are already closed in all the top B-Schools but still there are some

Hello Bhagyashri

Actually ATMA exam was on 6th july 2020! and it can be applicable for admission of MBA batch of 2020-2022.

Hello Aspirant,

the wavelength of the radiation emitted by a blackbody depends upon the temperature of surface from which radiations are being emitted because according to wien's displacement law as temperature of body increases, the maximum intensity of emissions shifts towards shorter wavelength.

λT=b(constant)

where, λ is the wavelength at