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To book the slots, candidates will have to access the Admission Portal button under their respective SRMJEEE logins from the official page. They can then proceed to book the slots as per their convenience as well as availability on the particular date. After slot booking of SRMJEEE, candidates will be able to download the hall ticket.

Candidates have to choose 3 preferred COMEDK UGET exam centres while filling the application form. The authority will allot one of these centres based on the preference order and the availability.

Heat will develop due to eddy current which will oppose the motion and hence a force is required.

The SRMJEEE slot booking is a procedure through which candidates can book their preferred exam date and time for the remote proctored test.

Here are some of the best books for GATE Computer Science and Engineering preparation -

• Digital Logic and Computer Design by Morris Mano
• The C Programming Language by Dennis M.Ritchie
• Introduction to Algorithms by Thomas H.Cormen
• Database System Concepts Henry Korth
• Data Communication and Networking Behrouz A.Forouzon

Candidates are advised not to neglect textbooks as well. They are gold. The textbooks cover majority of concepts and fundamentals explained easily. So, start with your standard books first, then use the reference books for further preparation. 

Apply Ampere’s Law

For inside

$B2\pi r={\mu }_{0}J\pi r^2$            

$\Rightarrow B\propto r$      

For outside

$B2\pi r={\mu }_{0}J\pi R^2$

$\Rightarrow B\propto \frac{1}{r}$       

$WD=\Delta QV$

$\Rightarrow \Delta Q=4\mu C$

$Q_i=\frac{2\times 4}{2+4}\times 6=8\mu C$

$Q_f=12\mu C=C_{eq}\times 6$

$C_{eq}=2\mu F\Rightarrow C_1=C_2=4\mu F$

$k=\frac{C_1}{C_0}=2$

$i=\frac{v}{R+G}$

$\frac{i}{2}=\frac{v}{\frac{SG}{S+G}+R}\times \frac{S}{S+G}$

$\Rightarrow \frac{2S}{SG+RG+RS}=\frac{1}{R+G}$

$\frac{SR}{R-S}=G$

R > > S

$\Rightarrow G\approx S$

The GATE CS is one of the most demanding paper taken by the aspirants. Here are some of the important high-weightage topics and chapters that are frequently asked in the GATE exam every year. 

• Data Structures and Algorithms
• Theory of Computation
• Operation Systems
• Databases and Computer Networks. 

Every year, more than 8 to 12 marks of questions are extracted from these topics. The questions range from easy to challenging. So, it is advisable to focus on these topics for GATE preparation. 

$v=\frac{2}{9}\frac{r^{2}g\left(\rho -\sigma \right)}{\eta }$

$v\text{'}=\frac{2}{9}{r}^{2}g\frac{\left(\rho -2\sigma \right)}{\eta }$

No. There is no age criteria to appear for the COMEDK UGET 2026 exam. 

Field lines are proportional to quantity of charge & they originate at positive charge & terminates at -ve charge or at   $\infty$

No. Diploma candidates cannot appear for the COMEDK UGET exam as there is no lateral entry admission.

$B=mg\Rightarrow B_1=B_2$

${\rho }_1{V}_{1}g=B={\rho }_w{v}_{LD}g$

$\frac{{\rho }_2}{{\rho }_W}=f_2$

$\Rightarrow {\rho }_1>{\rho }_1$

The COMEDK UGET eligibility criteria requires students to score a minimum aggregate of 45% marks in PCM (40% for reserved categories) and should pass all the subjects individually.

$v=108\times \frac{5}{18}=30m/s$

$f_1=\frac{C}{C-v}{f}_0$

$f=\frac{330}{330+30}\times 500=\frac{33}{36}\times 500=\frac{5500}{12}$

$\lambda =\frac{v}{\sqrt[]{2}\pi d^{2}n{N}_a}=\frac{RT}{\sqrt[]{2}\pi d^{2}p{N}_a}$

= $\frac{\frac{25}{3}\times 300}{\sqrt[]{2}\times \pi \times 10^{-20}\times 10^5\times 6\times 10^{23}}$

$x^3=\frac{v}{n{N}_a}$

$={\left(\frac{\frac{25}{3}\times 300}{10^5\times 6\times 10^{23}}\right)}^{1/3}$

The COMEDK UGET registration fee depends on the exams your are applying for. If the applicant is only appearing for the COMEDK UGET exam then the registration fee is Rs 1950 and to apply for both COMEDK and Uni-Gauge, candidates have to pay Rs 3200.

$\frac{dH}{dt}=-2\pi x^{2}k\frac{dT}{dx}$

$\frac{dH}{dt}=\frac{2\pi \times k\times 45}{\frac{1}{2.5}-\frac{1}{3}}=2.25\pi kW$