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IGNOU PHE 6 BPHE 106 SOLVED ASSIGNMENT 2025

IGNOU PHE 6 BPHE 106 SOLVED ASSIGNMENT 2025


IGNOU PHE 6 BPHE 106 Solved Assignment 2025
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IGNOU PHE 6 BPHE 106 Solved Assignment 2025

This is latest Solved Assignment of PHE 6 BPHE 106 of BSC . 

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  • PHE 6 BPHE 106 ( Thermodynamics and Statistical Mechanics )
  • Thermodynamics and Statistical Mechanics 2025 Solved Assignment
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Last Date of Submission of IGNOU PHE-06 (BSC) 2025 Assignment is for January 2025 Session: 30th September, 2025 (for December 2025 Term End Exam).
Semester Wise
January 2025 Session:
30th March, 2025 (for June 2025 Term End Exam).
July 2025 Session: 30th September, 2025 (for December 2025 Term End Exam).

Title NameIGNOU PHE 6 BPHE 106 Solved Assignment 2025
TypeSoft Copy (E-Assignment) .pdf
UniversityIGNOU
DegreeBACHELOR DEGREE PROGRAMMES
Course CodeBSC
Course NameBachelor in Science
Subject CodePHE 6 BPHE 106
Subject NameThermodynamics and Statistical Mechanics
Year2025
Session
LanguageEnglish Medium
Assignment CodePHE-06/Assignmentt-1//2025
Product DescriptionAssignment of BSC (Bachelor in Science) 2025. Latest PHE 06 2025 Solved Assignment Solutions
Last Date of IGNOU Assignment Submission
Last Date of Submission of IGNOU PHE-06 (BSC) 2025 Assignment is for January 2025 Session: 30th September, 2025 (for December 2025 Term End Exam).
Semester Wise
January 2025 Session:
30th March, 2025 (for June 2025 Term End Exam).
July 2025 Session: 30th September, 2025 (for December 2025 Term End Exam).

Rs. 80
Rs. 41
Questions Included in this Help Book

Ques 1.

A sonometer wire having cross-sectional area 0.85 x 10-6m² is stretched between two rigid supports 1.2 m apart. A tension of 20 N is applied at its free end. If the temperature is reduced by 12°C, calculate the final tension in the wire. Take coefficient 1.5 x tof linear expansion (a) and isothermal Young's modulus (y) to be 1.5x10-5 -1 and 2.0 x 1011 Nm -2,respectively.

Ques 2.

One mole of an ideal gas expands isothermally to five times its initial volume. Calculate the entropy change in terms of R, the gas constant. 

Ques 3.

Calculate the most probable speed, average speed and the root mean square speed for gas molecules at 300 K. The mass of gas molecule is 5 x 10 -26 kg and k= 1.38 x 10 -23JK -1.

Ques 4.

Using the partition function for an ideal gas made up of N indistinguishable particles, obtain Sackur-Tetrode equation.

Ques 5.

 

Explain the working of a platinum resistance thermometer with the help of a neat and labelled diagram.

Ques 6.

Derive an expression for the work done by a gaseous system for an isothermal expansion of an ideal gas. 

Ques 7.

Using the first law of thermodynamics for an adiabatic process, establish the relation PVequation=K, where y is the ratio of heat capacity at constant pressure to that at constant volume. Plot this equation on a p- diagram. What will be its slope?

Ques 8.

Draw a Carmot cycle on p- diagram. Show that the amount of heat absorbed (rejected) in a reversible cycle is proportional to the temperature of source (sink).

Ques 9.

The efficiency of a Carnot engine is 30%. Its efficiency is to be raised to 60% By how much must the temperature of the source be increased if the sink is at 27°C? 

Ques 10.

Using Maxwell's relations, derive the first and second energy equations. 

Ques 11.

List the differences between first and second order phase transitions. What are the characteristics of lambda transition? 

Ques 12.

Calculate the temperature at which the root mean square speed of hydrogen and oxygen molecules will be equal to their escape velocities from the earth's gravitational field. The radius of the earth is 6400 km.

Take NA=6x1026 mol-1, g-9.8ms-2, kg-1.38x1023JK-1

Ques 13.

Define mean free path of a molecule in a gas. Derive the law of distribution of free paths. 

Ques 14.

Establish van der Waals’ equation of state for a real gas. Plot van der Waals’ equation of state on p-V diagram.

Ques 15.

Bose-Einstein condensation.

Ques 16.

Gibbs paradox.

Ques 17.

Derive Planck’s law of blackbody radiation using Bose-Einstein statistics. Using this law, obtain (i) Rayleigh-Jeans Law and (ii) Wien’s Law.

Ques 18.

सोनोमीटर के तार का अनुप्रस्थ परिच्छेद क्षेत्रफल 0.85 × 10 -6 m² है और इसे 1.2m दूरी पर रखे दो दृढ़ सिरों के बीच तनित किया गया है। इस तार के मुक्त सिरे पर 20 N का तनाव बल आरोपित किया जाता है। यदि तापमान को 12°C कम किया जाए, तो तार में अन्तिम तनाव बल का मान परिकलित कीजिए। रेखीय प्रसार गुणांक (a) तथा समतापी यंग गुणांक (y) के अचर मान 1.5 × 10 -5 K -¹ तथा 2.0 × 1011 Nm -2 लीजिए।

Ques 19.

एक मोल आदर्ष गैस का समतापीय प्रसार करने पर वह अपने प्रारंभिक आयतन से पाँच गुना जगह घेरती है। गैस नियतांक R के पदों में एन्ट्रॉपी परिवर्तन परिकलित कीजिए।

Ques 20.

300 K पर गैस अणुओं के लिए उनकी सर्वाधिक संभावित चाल, औसत चाल और वर्ग माध्य -26 मूल चाल परिकलित कीजिए। गैस अणु का द्रव्यमान 5 × 10-26 kg और kB = 1.38 × 10 -23 JK-1 लें।

Ques 21.

N-अविभेद्य कणों की आदर्ष गैस के संवितरण फलन का उपयोग कर, जाक्र-टेट्रोड समीकरण प्राप्त करें।

Ques 22.

स्पष्ट और रेखांकित चित्र की सहायता से प्लैटिनम प्रतिरोध तापमापी की कार्यप्रणाली की व्याख्या कीजिए।

Ques 23.

 

आदर्ष गैस के समतापी प्रसार के लिए गैसीय तंत्र द्वारा किए गए कार्य का व्यंजक व्युत्पन्न करें।

Ques 24.

ऊष्मागतिकी के प्रथम नियम का उपयोग कर रूद्धोष्म प्रक्रम के लिए PV = K संबंध स्थापित करें, जहां ४ स्थिर दाब ऊष्मा धारिता और स्थिर आयतन ऊष्माधारिता का अनुपात है। इस समीकरण को p-V आरेख पर चित्रित करें। इसकी प्रवणता क्या होगी?

Ques 25.

एक एकविमीय सरल आवर्ती दोलक की मूल अवस्था के लिए, जिसका कोणीय वेग w

Ques 26.

मैक्सवैल संबंधों का उपयोग कर प्रथम और द्वितीय ऊर्जा समीकरण व्युत्पन्न करें।

Ques 27.

प्रथम कोटि और द्वितीय कोटि संक्रमण के बीच अंतरों की सूची बनाएं। लेम्डा संक्रमण के अभिलक्षण क्या है?

Ques 28.

उस तापमान का परिकलन कीजिए जिस पर ऑक्सीजन एवं हाइड्रोजन के अणुओं की औसत माध्य वर्ग मूल चालें उनके पृथ्वी के गुरुत्वाकर्षण क्षेत्र से पलायन वेग के बराबर होंगी। पृथ्वी की त्रिज्या 6400 km है।

equation  लें। 

Ques 29.

गैस के अणु के लिए माध्य मुक्त पथ परिभाषित करें। मुक्त पथ बंटन नियम व्युत्पन्न करें।

Ques 30.

वास्तविक गैस के लिए वाण्डरवाल्स अवस्था समीकरण स्थापित करें। p-V आरेख पर इस समीकरण को आरेखित करें।

Ques 31.

निम्नलिखित को समझाएं :

i) बोस-आइन्स्टाइन संघनन

ii) गिब्ज़ विरोधाभास

Ques 32.

बोस-आइन्स्टाइन सांख्यिकी का उपयोग कर कृष्णिका विकिरण का प्लांक नियम व्युत्पन्न करें। इस नियम का उपयोग कर (1) रैले जीन्स नियम और (ii) वीन नियम प्राप्त करें।

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Rs. 41
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Course Name Bachelor in Science
Course Code BSC
Programm BACHELOR DEGREE PROGRAMMES Courses
Language English

 

 

 
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