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The VTUEEE syllabus consists of the subjects, topics and sub topics on which the question paper will be based. Candidates preparing for the VTUEEE exam must refer to the syllabus while preparing for the exam.

The exact weightage varies from year to year. This chapter comes under a broader category which can be "Magnetism" or "Modern Physics". In NEET exam, the chapter's weightage is low to moderate and there can be 6-7% of questions from this chapter.

The chapter is one of the small and easy chapter of class 12 Physics. It includes - properties of magnetic materials, magnetic dipoles, and Earth's magnetic field.

When the electric charges moves, it creates attraction or repulsion. It creates magnetic forces and fields and called magnetism. The term "magnetism and matter" talks about the way magnetic forces and matter interact.

The obtained CUEE score of the candidate will be valid, but the provisional candidature may be cancelled by the institute. So, it is important to clear all the papers before the admission process. 

$a_{cp}=\frac{v^2}{r}=\frac{{\left(\sqrt[]{3gl}\right)}^2}{l}=\frac{3gl}{l}=3g$

The CUEE authorities may release the cutoff information after the release of the results. However, detailed information is likely to be available on the institute's website.

Candidates will be notified about the same through the official wesbite as after filling the form, there will be a message displayed on the screen stating that the application has been accepted. Also candidates will receive a confirnation message on their registered email address.

The candidates should first check the option of re-evaluating the paper on the official website. In case such information is not available, then they can contact the CUEE conducting authority and request for reviewing the paper.

Kinetic energy $=\frac{1}{2}I{\omega }^2$ , and for ring   $I=m{r}^2$

Hence $KE=\frac{1}{2}m{r}^2{\omega }^2$

From ampere’s circuital law

$?\stackrel{?}{B}.\stackrel{?}{dl}={\mu }_0{i}_{enc}$

$={\mu }_0\left(3+1\right)=4{\mu }_0$

It is advised to candidates to fill the VTUEEE application form with utmost care as once the application form is filled, there is no turning back as the exam body doesn't allows for the application correction.

In case candidates fail to obtain the cut-off marks or rank, they may appear for CUEE again. CUEE 2026 will be conducted multiple times in a year from December 2025 to August 2026. If the candidate does not qualify in CUEE, they can attempt it again in the same year.  

The relation between $\alpha$ and $\beta$  is given as

$\beta =\frac{\alpha }{1-\alpha }$

${\beta }_1=\frac{\frac{20}{21}}{1-\frac{20}{21}}=20$

${\beta }_2=\frac{\frac{100}{101}}{1-\frac{100}{101}}=100$

$M=0.5kg$

$V=1.5m/s$

$K=50N/m$

Maximum Compression of the spring

$\frac{1}{2}m{v}^2=\frac{1}{2}k{x}^2$

$k{x}^2=m{v}^2$
$x=v\sqrt[]{\frac{m}{k}}=1.5\sqrt[]{\frac{0.5}{50}}.$

$x=0.15m$

In a number without decimal, trailing zeros are insignificant. If a number has a decimal, then preceding zeros are insignificant.

Hence, in 40.40 all zeros are significant

The three fundamental laws of chemistry are - Law of Definite Proportions, Law of Conservation of Mass, and Law of Multiple Proportions.

$kx=mg-F_{up}$

$kx=mg-\frac{md}{D}g$

$x=\frac{mg}{k}\left(1-\frac{d}{D}\right)$

CUEE 2026 results will be announced soon after the exam. The CUEE exam will be conducted multiple times from December 2025 to August 2026. Admission to various courses is based on the CUEE score. 

The three types of chemical bonds are - ionic, metallic and covalent bonds. When the electrons transfer between the atoms, they form the Ionic bonds by producing charged ions that are attracted to each other. When atoms share electrons, covalent bonds are created. When metal atoms share a sea of delocalized electrons, metallic bonds get created.