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This is a multiple choice answer as classified in NCERT Exemplar

option (ii). High pressure and

(iii). Low temperature

The real gases obey the ideal gas equation, PV= nRT at low pressure and high temperature. So, a gas does not obey the ideal gas equation or behave ideally at high pressure and low temperature.

There is no cap on selection colleges in the MAH CET counselling form. One can choose as many colleges as they want. However, it is advised to choose the colleges as per your preference, location, fees and MBA CET score. Over 300 MBA colleges and universities of Maharashtra participate in MBA CAP conducted by the State CET Cell.

This is a Multiple Choice Questions type Questions as classified in NCERT Exemplar

Answer- c

Explanation –consider the adjacent diagram

 OA= p₁= initial momentum of player northward

AB= p₂= final momentum of player towards west

OB= OA+AB

Change in momentum = P₂-P₁= AB-OA so we can say that AR will be along south west.

Yes. The students are given choice in questions in most of the papers in Manipur 12th exams. The students will have to choose to write answer to any of two questions. Both short and long answers type question sections comes with choice option.

This is a Multiple Choice Questions type Questions as classified in NCERT Exemplar

Answer- d

Explanation-we know that for a system F_ext=dp/dt

If F_ext=0, dp =0,

P = constant

Hence, momentum of a system will remain conserve if external force on the system is zero.

In case of collision between particles, equal and opposite forces will act on individual particles by newton's third law.

according to newton's 2^nd law F=dp/dt

If F =0 then p = constant so momentum remains constant if external force is zero.

If you did not appear for MAH MBA CET, you can participate in the CAP round for admission to an MBA college in Maharashtra with CAT/MAT/XAT/CMAT/ATMA/GMAT score under All India category. Such candidates should have scored more than 0 marks in any of these national level MBA entrance exam.

Before appearing for the final Manipur HSC exams, the students must practice the Manipur HSC sample papers as it gives the students a clear idea about the exam pattern. In each theory paper of Manipur 12th board exams, the students are given a total of 3 hours to write the paper. Apart from this, the students are also given 15 minutes to fill the OMR sheet and read question papers. 

This is a multiple choice answer as classified in NCERT Exemplar

Option (i).  16 grams of gas and

(iv). 11.2 litres of gas 

1 mole of dioxygen at STP  occupies   =  22.4 L    

molar mass of dioxygen  =   32 g 

contain  6.023×10²³ molecules of  oxygen gas 

This is a Multiple Choice Questions type Questions as classified in NCERT Exemplar

Answer- c

Explanation- change in momentum $?p$ =- [0.9? +1.2? ]

Magnitude = $\sqrt[]{{0.9}^2+{1.2}^2}$

$=\sqrt[]{0.81+1.44}=$ 1.5 kg m s^-1       

MAH MBA CET CAP fee is 0 for candidates who will be applying through MAH CET score. For candidates applying through CAT/CMAT/XAT/ATMA/MAT/GMAT, the fee amount to pay is INR 1200 (INR 1000 for SC/ST/PwD). NRI/PIO/OCI/Foreign Nationals have to pay INR 10,000 as MAH CET CAP fees. Candidates must note that the fee amount is non refundable.

The M.Des DEED syllabus focuses on design aptitude, analytical thinking, creative problem-solving, domain knowledge, and a portfolio review. It also evaluates articulation of ideas and professional awareness.

This is a Multiple Choice  type Questions as classified in NCERT Exemplar

Answer- c

Explanation- given u= (3? +4? )m/s

And v= - (3? +4? )m/s, and mass of ball is 150g=0.15kg

Change in momentum = final momentum – initial momentum

 = mv-mu

= m (v-u) = 0.15 [- (3? +4? )- (3? +4? )]

= - [0.15 $\times 6i+0.15\times 8j$ ]

= - [0.9? +1.2? ]

$?$ P =- [0.9? +1.2? ]

Yes, especially for DEED B.Des applicants. The test may include tasks that involve sketching, visual storytelling, or idea representation through drawing.

This is a multiple choice answer as classified in NCERT Exemplar

Option (ii). Complete disorder of molecules and

(iii). Random motion of molecules 

In a gaseous state of matter, molecules are arranged in complete disorder and  they move in random motion in all directions.