Engineering Entrance Exam

 MNIT Jaipur GATE cutoff 2025 ranged from 366 to 681 in the first round for the General AI category. Therefore, students who belong to this category need to attain a score between this range. See the table below to know score required for each MTech course specialisation. 

For 2025, GATE CCMT has been released across different categories under the AI quota. For the General AI category students, the 2025 Round 1 cutoff score for CSE admission stood at 407. Please note that the cutoff scores vary for different rounds, specialisations and categories. Candidates seek

For candidates belonging to the General AI quota, the minimum and maximum GATE scores required were 356 and 407 during Round 1 admission to the M.Tech course. Please note that the cutoff score vary for different rounds, courses and categories. For GATE, the higher the cutoff scores, the higher is th

For 2025, the GATE CCMT cutoff score has been released across different categories and rounds under the AI quota. For the General AI category students, the 2025 Round 1 cutoff score for CSE admission stood at 579, and the last round at 510. Please note that the cutoff scores vary for

For candidates belonging to the General AI quota, the minimum and maximum GATE scores required were 377 and 579 during Round 1 admission to the M.Tech course. Please note that the cutoff scores vary for different rounds, courses and categories. For GATE, the higher the cutoff scores, the higher the

The NCERT Exemplar questions go beyond the textbook questions as they are designed to be more challenging and conceptually advanced. Practicing the NCERT exemplar provides a better understanding of complex topics like conductance and electrochemical cells. It also helps in better preparation for the

A salt bridge in a galvanic cell maintains electrical neutrality by allowing the ions to flow between the two half-cells. It ensures the continuous flow without participating in the reaction. The salt bridge prevents the charges accumulation as such an accumulation can halt the electrochemical react

The Nernst equation in Electrochemistry is important because, under non-standard conditions, it allows us to calculate the electrode potential of the half and full cell. This equation shows how the potential of the cell varies with the temperature, concentration, and pressure. In electrochemical cel