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Admission to master's degree courses in Delhi University is conducted in two ways, first on the basis of the merit of the qualifying examination which is specifically for students of delhi university and since maharaj agrasen college is a constituent college of delhi university, hence if you fulfill the

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For Admission in LLB Course, Eligibility Criteria is Graduation So you just need the Marksheets of your Graduation to participate in the Counselling process of LLB Course, If you have degree certificate of your Graduation too then it will be more better, you don't need to show

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Terna college in navi mumbai is a very good college with a good infrastructure and good faculties.It is considered in top 5 colleges of navi mumbai so the placements are great with 85%students getting placed.The training given for placements like aptitute tests, logic, communications skills are taught from before

T1 = 27 = 300K

Let initial pressure be P1 and final be P2 .

Now, as gas is compressed to 10 times the original pressure then :-

P1/P2 = 1/10

And, gamma = 1.4

And since the gas is compressed, so we will use

(T1 / T2 )^gamma =

Dear student,

T1 = 10 = 283K

Let initial volume be V1 and final be V2 .

Now, as gas is adiabatically compressed to one third of it's original volume then :

V2 = 1/3 of V1

That is :-

V2 / V1 = 1/3

And, gamma = 1.5

And

Hello there!

Here is the solution regarding your question.

Given,

T = 27°C [which is equal to 300 K].

Work done = 2.303 RT log Vf / Vi  [ for isothermal process ].

W = 2.303 x 8.31 x 300 x log 3/1 [ log 3 = 0.48 ].

W

Hello there!

Here is the solution regarding your question.

Given,

T = 127°C  [which is equal to 400 K].

Pi = 1 x 10 dyne / cm²

Pf = 5 x 10 dyne / cm²

Since, the process is Isothermal. Thus,

PiVi = PfVf

Vf = PiVi / Pf

Vf

Hello there!

Here is the solution regarding your question.

Given,

Vi = 1.2 litres

T = 37°C  [ and that is equal to 310 K ].

Pi = 10 dyne / cm²

Vf = 3 x Vi

The process mentioned in the question is Isothermal. So,

PV = constant

PiVi=

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