JPSC FRO Chemical Engineering Paper II 2024 Question Paper PDF

Jharkhand Government Jobs Engineer

  • Conducted By JPSC
  • Maximum Marks 200
  • Duration 3 Hours
  • Languages Hindi & English

Exam Details

Detail Information
Examination FOREST RANGE OFFICER, MAIN EXAMINATION
Conducting Body JPSC
Paper Chemical Engineering Paper-II
Subject Chemical Engineering
Duration 3 Hours
Maximum Marks 200
Question Type Mixed

This document contains the JPSC Forest Range Officer (FRO) Main Examination, Chemical Engineering Paper II question paper. The exam is conducted by JPSC and has a maximum mark of 200, with a time duration of 3 hours. The paper is divided into two sections, Section A and Section B, featuring a mix of compulsory and optional subjective questions. Section A includes four compulsory subjective questions, each worth 10 marks. Section B comprises seven optional subjective questions, from which candidates must answer four, each carrying 40 marks. This paper is crucial for aspirants preparing for the FRO examination, offering a detailed look at the expected question types and difficulty level in Chemical Engineering.

Major Topics Covered

  • Chemical Engineering
  • Drying
  • Extraction
  • Reaction Kinetics
  • Batch Reactor
  • Thermodynamics
  • Maxwell's Relation
  • Evaporation
  • Heat Capacity
  • Latent Heat
  • First-order Reaction

Why This Paper is Important

  • Useful for FOREST RANGE OFFICER, MAIN EXAMINATION preparation
  • Helps understand the latest exam pattern
  • Useful for practice and self-assessment
  • Covers frequently asked General Studies topics
  • Helpful for analysing question trends

Related Resources

  • JPSC FRO Paper I
  • JPSC FRO Previous Year Papers
  • Chemical Engineering Previous Year Papers
  • JPSC Assistant Engineer Chemical Engineering Paper
  • JPSC FRO 2024 Chemical Engineering Paper II Answer Key
  • Chemical Engineering Paper II Solutions 2024
  • JPSC FRO Syllabus
  • Chemical Engineering Syllabus for Competitive Exams

Instructions

  • हैं गणना कीजिये। [10] A wet solid is to be dried from 80% to 5% moisture on wet basis. Then calculate moisture to be evaporated to get 1000 kg of dried product. गन्ने से सुक्रोज निकालने की प्रक्रिया का प्रवाह आरेख बनाइये।

  • [10] Sketch the flow diagram of extraction of sucrose from sugar cane. FRO4-CG [1] PTO

Questions (page 2)

Q1. जाता हैं। घोल की उष्मा क्षमता 1 किलो कैल/किया/°C हैं और 40% घोल की उष्मा क्षमता 0.90 किलोकैल /किग्रा/°C हैं। फ़ीड का तापमान 10 °C हैं और वाष्पीकरण यंत्र का उबलने का बिंदु 110° C हैं। उबलते हुए घोल से 1 किया पानी वाष्पित करने के लिए 550 किलोकैल की आवश्यकता होती हैं। भाप केवल अपनी वाष्पीकरण उष्मा (520 किलोकैल/किग्रा) देती हैं। प्रति किलोग्राम फीड कितनी भाप की आवश्यकता होगी, इसका गणना करें। [40] A solution containing 10 kg salt per 100 kg solution is evaporated to 40% in an evaporator. The heat capacity of the solution is 1 kcal/kg/°C and that of the 40% solution is 0.90. The feed temperature is 10 ^{\circ}C and boiling point of the evaporator is 110^{\circ} C. It is requiring 550 kcal to evaporate 1 kg of water from the boiling solution. The steam gives up only its latent heat of vaporization, 520 kcal/kg. Calculate how many kg of steam is required per kg of feed. एक एक-अणुक प्रकार की प्रथम कोटि अभिक्रिया पर विचार करें

  • (a) कोटि
  • (b) अभिक्रिया
  • (c) पर
  • (d) विचार
  • (e) करें

Q2. A \xrightarrow{K_1} R \xrightarrow{K_2} S क) CA, CR, CS के लिये दर व्यंजक ज्ञात कीजिये। [20] वह समय ज्ञात कीजिये जिस पर अधिकतम सांद्रता होती हैं। ख) [20] Consider a unimolecular type first-order reaction such as A \xrightarrow{K_1} R \xrightarrow{K_2} S Find the rate expression for CA, CB, CS. a) Find the time at which the maximum concentration of R occurs. b) FRO4-CG [2]

  • (a) occurs.
  • (b) FRO4-CG
  • (c)
  • (d) display="block">[2]

Q3. है। ‘A’ की शुरूआती कन्सेन्टेशन /m3s, 2 mole/m3 रिएक्शन शुरू होने के 3 सेकंड बाद A’ की कन्सेन्टेशन mole/m3 प्राप्त कीजिए। [10] An isothermal liquid phase zero order reaction A → B (K = 0.5 mole) is carried out in a batch reactors. The initial concentration /m3s, of 'A' is 2 mole/m3. At 3 seconds from the start of the reacts find the concentration of A in mole/m3. एक निर्मल द्रव्य के लिए, माक्सवेल रिलेसन प्राप्त कीजिए प्रपारटी रिलेशन प्राप्त कीजिए प्रपारटी रीलेशन से

  • (a) प्राप्त
  • (b) कीजिए
  • (c) प्रपारटी
  • (d) रीलेशन
  • (e) से

Q4. du = Tds - pdV. [10] For a pure substance, find the Maxwell's relation obtained from the fundamental property relation. du = Tds - pdV. खण्ड – ब / Section - B एक घोल जिसमें 100 किया घोल में 10 किया नमक होता है, उसे एक वाष्पीकरण यंत्र में 40% तक वाष्पित किया

  • (a) में
  • (b) 40%
  • (c) तक
  • (d) वाष्पित
  • (e) किया

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Frequently asked questions

What is the full name of the exam?

The full name of the exam is FOREST RANGE OFFICER, MAIN EXAMINATION.

Which conducting body organizes this exam?

The exam is conducted by JPSC.

What is the paper name and code?

The paper name is Chemical Engineering Paper-II, and the paper code is FRO4-CG.

What is the maximum marks for this paper?

The maximum marks for this paper are 200.

What is the time allowed for the examination?

The time allowed for the examination is 3 Hours.

How is the question paper divided?

The question paper is divided into two sections: Section A and Section B.

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