Medicine

There are a total of 100 seats in the MBBS programme of AIIMS Raebarelli. The seats are filled based on NEET score of the candidates. Students belonging to General category need to score a rank under 2,000 i.e. 680+ marks to increase their chance of getting a seat in this AIIMS. With Lacs of students appearing for NEET every year, only a top can make it to AIIMS Campuses-including Raebareli due to competitive cutoff and limited seats. 

AIIMS Raebareli offers admission to MBBS programme based on NEET score of the candidates. The requirement of NEET score depends on category, competition level and seat availability. Below is the NEET closing cutoff for last three-years for AIIMS Raebareli MBBS:

Looking at the past three-year cutoffs, we can observe a improving trend with cutoff being very competitive in 2024 as compared to 2023 and 2022. However, the cutoff also tells that aspirants with a slight lower rank i.e. above 2,000 can also get admission in AIIMS Raebareli. 

Sorry. This is very low marks. No college will provide MBBS seat in these marks.As the competition becoming high year by year. Then you have to work hard and score 650+ marks for MBBS seat.

A total of 4 rounds of counselling will be held for Punjab MBBS/BDS admission, i.e round 1, round2, round 3, and stray vacancy round. All rounds of counselling will be held online. Registration and submission of application form is mandatory exercise to particiapte in the counsleling for seat allocation.

The EM wave speed in a vacuum is determined by the permeability and permittivity of free space. It is given by the formula:

$c=\frac{1}{\sqrt{?0_{}?0_{}}}$

The constant value is around $3*{10}^8\text{ m/s.}$

This speed forms the basis for many scientific and technological applications. It is a fundamental physical constant.

The electric field (E) and magnetic field (B) in an electromagnetic wave are always perpendicular to each other and to the direction of wave propagation. The EM waves are transverse in nature. When the EM waves are moving along the X-axis, then along the y-axis, the electric field may oscillate and the magnetic field along the z-axis.

Maxwell introduced the displacement current which ensures that when the conduction current is absent, the current continues in the circuits, such as in the capacitors. The displacement current plays a significant role in the derivation of electromagnetic waves. It shows that an electric field that is changing can produce a magnetic field. In free space, it enables wave propagation.