Engineering Entrance Exam

As per the IIT Roorkee JEE Advanced cutoff 2024, the needed rank for DS and AI programme stood at 132 for the General AI category candidates. Further, candidates need to have valid JEE Advanced score to be eligible for the DS and AI course.

The IIT Roorkee cutoff 2024 has been released for All India category candidates. For the General AI category, the BTech cutoff stood between 18 and 199 for the PWD AI quota. Similarly, for the EWS AI quota, the BTech cutoff stood between 90 and 2926. For both the quotas, the most competitive course was BTech in Computer Science and Engineering.

IIT Roorkee accepts JEE Advanced scores. Candidates aiming for IIT Roorkee for BTech courses must have a score between 481 and 19885 for the General AI category candidates. Wherein, the courses having the most competitive ranks and least competitive ranks were BTech in CSE and Bachelor of Architecture (B.Arch.)  were 481 and 19885, respectively. For OBC AI category, the needed rank ranged between 421 and 6973.

The fee structure for all BTech courses is are same, even if you are a CSE student or a biotechnology student, which is INR 2.36 lacs per annum.

According to previous year trend you are eligible for all branches in DTU on this rank.

2024  DTUs CSE 5th round cut-off was 12590.

The energy stored in a sytem of charges due to their positions in the electric field is called the electrostatic potential energy. The energy for the two charges q1 and q2 separated by distance r is:

The energy is positive if both charges are of the same sign and it is negative if for the opposite signs. When a system has over two charges, the energy is calculated by the sum of energies of all unique pairs. This concept helps analyze behaviour and stability of charged systems.

When placed in an electric field, polarization is the alignment of dipole moments in a dielectric material. In a dielectric, molecules are randomly oriented. When an electric field is applied, it creates induced dipoles by slight shift in molecules from positive to negative. This weakend the net field, reduces the internal electric field and allow more charge storage. The polarization is quantified as:

Here, V is the volume, Pm is the total dipole moment. The polarization is a key concept in understanding the dielectric behavior in capacitors and it leads to increased capacitance.

In an electric field, energy density is the amount of energy stored per unit volume . For a linera or vacuum dieletric, it is given by:

E is the electric field magnitude and ?0  is the permittivity of free space.