Engineering Entrance Exam

According to the eligibility criteria of Amal Jyothi MTech, candidates are shortlisted on the basis of academic success and marks scored in the accepted entrance exam. GATE scores are accepted by the university for its M.Tech course. Candidates should ensure that they meet the eligibility requirements before applying. Furthermore, final admission is based on overall performance in academics as well as in the accepted entrance exam. Those who are eligible need to pay the course fee to secure their place for their preferred course specialisations.

IIIT Allahabad cutoff 2025 has been released for the Round 1 seat allotment results based on CCMT counselling and GATE exam. The IIIT Allahabad GATE CCMT cutoff 2025 was released for various specialisations. To get into IIIT Allahabad, the candidates need to score between 440 and 702 for the General AI category candidates. Similarly, for the OBC AI category candidates, the needed score should stood between 367 and 632.

Candidates can check more information on the cutoff for IIIT Allahabad here. 

To get admission to IIIT Vadodara, candidate must have a rank as per the cutoff list according to the category they belong to. The cutoff was released for various M.Tech specialisations. Among the General AI category, the round 1 cutoff was between 505 and 539. Therefore, to get admission into the college through CCMT irrespective of the branch, candidate must have to score 505 or more. The branch-wise cutoff has been given in the table below:

GATE CCMT Counselling 2025 has been started and it is expected to be conducted till six rounds of seat allotment resutls by Atal Bihari Vajpayee Indian Institute of Information Technology & Management Gwalior. Further GATE CCMT Spot Round can also be conducted for Private Unaided Engineering Colleges.

The capacitive reactance is equal to the inductive reactance at resonance:

$X_L=X_C??=\frac{1}{\sqrt{L?C}}$

In an AC circuit, the power factor cos? measures the efficiency of power usage. Between the current and voltage, it is the cosine of the phase angle. A power factor of 1 means all the supplied power is used effectively and a low power factor means more energy is wasted.

Average power:

$P=V_{\text{rms}}\cdot I_{\text{rms}}\cdot cos??$

The alternating current's RMS (Root Mean Square) value or voltage offers the equivalent DC value that would generate the same power in a resistive circuit. The RMS is used in most practical measurements and is calculated as:

$I_{\text{rms}}=\frac{I_0}{\sqrt{2}},V_{\text{rms}}=\frac{V_0}{\sqrt{2}}$

Where ?0 and ?0 are the peak current and voltage, respectively.