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While precise cutoffs vary across rounds and branches, here are some colleges historically known to have admissions open at or around this percentile range:

MIT World Peace University (MIT-WPU), Pune

Dr. D. Y. Patil Institute of Technology, Pune

Bharati Vidyapeeth's College of Engineering, Pune

Vishwakarma Institute of Information Technology (VIIT), Pune

Pimpri Chinchwad College of Engineering (PCCOE), Pune

Sinhgad College of Engineering (SCOE), Pune

Yes, according to new education policy 2020, it is allowed to change college in second year and colleges also accept the same.  You should first contact the admin of the college for regarding complete details for admission in the 2nd year.

Liquation is applicable for the refining of low melting point metals.

In liquation low melting point metal, melt at first and impurities take more time for melting therefore we can separate metal from their impurities.

The total number of students at MSU Michigan is 52,000+. Out of this, 41,000+ are UG students and 10,000+ are Graduate students. Furthermore, as per the statistics of international student statistics for Spring 2024, the total number of active students at the university is 4,923. Out of this, 4,400 are active F1 students. The top places of origin of international students is India, China, South Korea, Bangladesh, and Vietnam. More than 1,000+ students enrolled from India.

The ethnicity of the Undergraduate students at the university is given below:

FeCl₃ + K₄ [Fe (CN)₆] (Potassium ferrocyanide)

excess

|

K Fe [Fe (CN)₆]

(colloidal species)

Prussian Blue coloured 

colloidal complex

(1) $N{a}^2{O}_2+2H_{2}O\to 2NaOH+H_2{O}_2$  

(2)  $Ba{O}_2.8H_{2}Ogives{H}_2{O}_2$ after evaporation

(3) PbO₂ + 2H₂O ->Pb (OH)₄

(4) SnO₂ + 2H₂O ->Sn (OH)₄

MnO -> Antiferromagnetism

O₂ -> Paramagnetism

NaCl -> Diamagnetism

Fe₃O₄ -> Ferrimagnetism

Tyndall effect is more effectively shown by lyophobic colloidal solution.

$\mu =9\times 10^{-4}kg/m$

T = 900 N

$f_0=500Hz\to$ resonance frequency

$f_0^{\text{'}}=550Hz\to$ Next higher frequency

$v=\sqrt[]{\frac{T}{\mu }}=\sqrt[]{\frac{900N}{9\times 10^{-4}}}=1000m/s$

$\therefore 500Hz=\frac{10\times 1000}{2\times \mathcal{l}}$

$\mathcal{l}=10m$

Type of back bonding:-

Therefore order of back bonding strength =>

BF₃ > BCl₃ > BBr₃ > Bl₃

The intermolecular association which is H-bonding is more prominent in case of primary amine as compared to secondary amines due to the availability of two hydrogen atom

V₂O₃ – Basic

CrO – Basic

Metal oxides are generally basic in nature but if more electronegative element are connected through central atom then deficiency of electron occurs on central atom and it behaves as acidic in nature.

Kindly consider the following figure

For $W_1,$  

$\frac{\left(m+10+20\right)\times 10}{8\times 10^{-7}}\le 1.25\times 10^9$              

$\Rightarrow m\le 70kg$              

For W₂,

$\frac{\left(m+10\right)\times 10}{4\times 10^{-7}}\le 1.25\times 10^9$              

-> $m\le 40kg$               

Thus, $m\le 40kg$  

The Bond dissociation energy of D₂ is greater than H₂, therefore D₂ reacts slower than H₂.