Exam

It is possible to prepare for MAH CET in less than 3 months, but it will require a lot of hard work and dedication. If you haven't appeared for MAH CET before or any other entrance exam before, less than 3 months might be less for you, even if you're from Maths background, as quality time is required to cover the syllabus of Logical Reasoning and English. MAH CET is a Reasoning heavy exam. If you wish to prepare for MAH CET in less time, then study for 8-9 hours daily. But at the same time, take breaks in between to avoid burn out.

MAH MBA CET 2025 was overall easy but lengthy. The Quantitative Aptitude section was lengthy. There were no grammar questions in Verbal Ability. This section had reading comprehension and vocabulary questions only. Reading Comprehension was lengthy and there were 3-4 parajumbles. Logical Reasoning and Abstract Reasoning sections were easy.

No, Punjab Board releases the PSEB Class 12 date sheet for all subjects together. However, to make the exam dates simpler to find and use, Shiksha.com divides and shares the PSEB 12th date sheet according to three streams - Science, Commerce and Arts.

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.

The IBPS PO notification is expected to be issued in June-July 2026 at ibps.in. It will consists of all the infomation related to the exam like application process, pattern, syllabus, dates, vacancies, selection process, etc. 

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.