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The GUJCET admit card will be out in March 2026. Candidates will be able to download their GUJCET hall tickets online from the official website.

Hi, there are 26 Yoga colleges in Haryana. Students can pursue Yoga courses at 12 government colleges, 7 private, and 5 public-private colleges in Haryana. Students can take admission to the top Yoga colleges in Haryana after completing their Class 12. Some colleges select students based on their scores in entrance exams like CUET and CUET-PG.

The GUJCET application form is out on its official website - gujcet.gseb.org and students can apply from this portal. 

The last date to apply for GUJCET 2026 was January 16, 2026.

GSEB has announced the GUJCET exam date 2026. As per the schedule, the exam will be conducted in on March 29, 2026.

The GUJCET application form 2026 was released on December 16, 2025. 

Categorising a specific field as one of the “the toughest courses in the world” is difficult as this choice depends on several parameters, such as personal strengths, interest and knowledge. However, in most countries, the medical/healthcare studies are considered to be the most difficult of all owing to the different studies of analysing the symptoms of diseases, finding solutions and doses to treat the human body.

It's difficult to say definitively that which engineering branch is the toughest engineering in the world because it depends on individual strengths and interests. However, some of the toughest branch in B.Tech include Nuclear Engineering, Chemical Engineering, Biomedical Engineering, Civil Engineering, and Aerospace Engineering.

% of C in organic compound

              $=\frac{12}{14}\times \frac{WC{O}_2}{W.O.C.}\times 100$  

              $=\frac{952.56}{21.648}=44\mathrm{\%}$  

              $\mathrm{\%}ofH=\frac{2}{18}\times \frac{W{H}_{2}O}{W.O.C.}\times 100$  

              = $\frac{20}{18}\times \frac{0.4428}{0.492}\times 100$  

              = $\frac{88.56}{8.856}=10\mathrm{\%}$  

              = 100 – 54 = 46%

$\left[Cu{\left(en\right)}_2{\left(SCN\right)}_2\right]$

More stable isomers = 3 (trans isomers)

$C\mathcal{l}{F}_3$ ® T-shaped (sp³d)

 IF₇ ® Pentagonal bipyramidal (sp³d³)

BrF₅ ® Square pyramidal (sp³d²)

BrF₃ ® T-Shaped (sp³d)

I₂Cl₆ ® Triangular bipyramidal (sp³d)

$I{F}_5\to$  Square Pyramidal (sp³d²)

ClF ® (sp³)

ClF₅ ® Square Pyramidal (sp³d²)

Br₅, IF₅ & ClF₅ ® Square Pyramidal

t_1/2 = 0.301 min

              t = 2 min

              $K=\frac{2.303}{t}\mathcal{l}og\left(\frac{Co}{Ct}\right)$  

              $\frac{0.693}{0.301}=\frac{2.303}{2}\mathcal{l}og\left(\frac{Co}{Ct}\right)$  

              $\frac{2.303\times 0.301}{0.301}=\frac{2.303}{2}\mathcal{l}og\left(\frac{Co}{Ct}\right)$  

              $\therefore 2=\mathcal{l}og\left(\frac{Co}{Ct}\right)$  

              $\frac{Co}{Ct}=10^2=100$  

              Ans. 100

Ka for C₃H₇COOH = 2 × 10^-5

              $pKa=-\mathcal{l}og\left(2\times 10^{-5}\right)=5-\mathcal{l}og2$  

              =5 – 0.3 = 4.7

              pH of 0.2 (M) solution =

              $pH=\frac{pKa-\mathcal{l}ogC}{2}$  

              $=\frac{1}{2}\left(4.7\right)-\frac{1}{2}\mathcal{l}og\left(0.2\right)$  

              $pH=27\times 10^{-1}$     

          $\therefore$    Ans 27

$m=\frac{w\times 1000}{molecularwt\times w_{solvent}}=\frac{10.2\times 1000}{176\times 150}$

$=\frac{1020\cancel{0}}{176\times 15\cancel{0}}=0.386$

$\Delta T_f=K_f\times m$

3.9 × 0.386

$\therefore x\times 10^{-1}=15.05\times 10^{-1}$

Ans = 15

The questions asked in the GUJCET are asked in multiple choice format and are based on subjects such as Physics, Chemistry, Mathematics/Biology. Each subject will have 40 questions each. The time duration will be 3 hours. The difficulty level of the question paper will be of easy to moderate level.

$B_2={\sigma }_{1s}^2{\sigma }_{1s}^{*2}{\sigma }_{2s}^2{\sigma }_{2s}^{*2}{\pi }_{2px}^1={\pi }_{2py}^1\to$ Paramagnetic

$\begin{array}{l}L{i}_2={\sigma }_{1s}^2{\sigma }_{1s}^{*2}{\sigma }_{2s}^2\to Diamagnetic\\ C_2={\sigma }_{1s}^2{\sigma }_{1s}^{*2}{\sigma }_{2s}^2{\sigma }_{2s}^{*2}{\pi }_{2px}^2\equiv {\pi }_{2py}^2\to Diamagnetic\\ C_2^{-}={\sigma }_{1s}^2{\sigma }_{1s}^{*2}{\sigma }_{2s}^2{\sigma }_{2s}^{*2}{\pi }_{2px}^2\equiv {\pi }_{2py}^2{\sigma }_{2pz}^1\to Paramagnetic\end{array}$

$O_2^{-2}={\sigma }_{1s}^2{\sigma }_{1s}^{*2}{\sigma }_{2s}^2{\sigma }_{2s}^{*2}{\sigma }_{2pz}^2{\pi }_{2px}^2\equiv {\pi }_{2py}^2{\pi }_{2px}^{*2}\equiv {\pi }_{2py}^{*2}$ Diamagnetic

$O_2^{+}={\sigma }_{1s}^2{\sigma }_{1s}^{*2}{\sigma }_{2s}^2{\sigma }_{2s}^{*2}{\sigma }_{2pz}^2{\pi }_{2px}^2\equiv {\pi }_{2py}^2{\pi }_{2px}^{*1}\equiv {\pi }_{2py}^0\to$ Paramagnetic

$H{e}_2^{+}={\sigma }_{1s}^2{\sigma }_{1s}^{*1}\to$ Paramagnetic

$\therefore$ Paramagnetic molecules are $=B_2,C_2^{-},O_2^{+},H{e}_2^{+}$

The minimum age limit to apply for GUJCET is 17 years. There is no upper age limit for the same.

Candidates meeting the minimum eligibility criteria of GUJCET can fill the application form. The GUJCET eligibility criteria is mentioned here - 

• Candidates must be a resident of Gujarat
• The minimum age limit must be 17 years
• They must have qualified 10+2 with PCM or PCB