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ISRO Exam Pattern

What is the pattern of ISRO exam?

  • Deepshikha
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  • 15 Answers
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15 Answers

  • Exam Patternbr /There will be a total ofstrong 80 objective type questions/strong in the exam.br /The duration of the exam is strong90 minutes/strong.br /Total marks of the exam are strong240/strong.br /Each correct answer will be awarded strong3 marks/strong and strong1 mark/strong will be deducted for every incorrect answerbr /The medium of the language will be strongEnglish/strong.br /The ISRO exam will be held in strongoffline mode/strong only.br /br / 

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  • The exam pattern is quite gud I love this pattern...!!

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  • Written Test Pattern: The test consist of 80 questions to be answered in 90 minutes. Each question carries 3 marks for the correct answer. Negative marking of 1/3 for each wrong answer (i.e. 1 Mark is deducted for each wrong answer). The question paper is objective type

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  • Yes

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  • In it there is 80 question, all are technical and basics,. For it we get 90 minute. From every subect equal question comes....

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  • mechanical engineering syllabus

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  • Revise previous year IES question

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  • br /strongISRO Scientist Engineer Formet:/strongbr /strong1) Syllabus For Computer Engineer/strongbr /• I/o System Organization.br /• Assembly language Programming. chip primarily based system design: typical examples.br /• Personal computers and their typical uses.br /• Number Systems.br /• Data illustration.br /• Programming.br /• Elements of a high level programming language PASCAL/C.br /• Use of basic information structures.br /• Fundamentals of pc design.br /• Processor style.br /• Control unit style.br /• Memory organization.br /br /br /2) Syllabus For natural philosophy Engineerbr /• Physical natural philosophy, negatron Devices and ICs.br /• Signals and Systems.br /• Network Theory.br /• Electromagnetic Theory.br /• Analog Electronic Circuits.br /• Digital Electronic Circuits.br /• Control Systems.br /• Communication Systems.br /• Microwave Engineering.br /• Transistor as a switch part.br /• Karnaugh map and applications.br /• Small signal analysis.br /• Power amplifiers.br /• Frequency.br /• Wide stripe techniques.br /• Transient and steady state response of management systems.br /• Concepts of gain and part margins.br /• Constant-M and Constant-N Nichol’s Chart.br /br /br /3) Syllabus For applied scientistbr /• Calculus.br /• Vector Calculus.br /• Differential Equations.br /• Numerical strategies.br /• Probability & Statistics.br /• Engineering Mechanics.br /• Strength of Materials.br /• Theory of Machines.br /• Design of Machine components.br /• Heat-Transfer.br /• Fluid Mechanics.br /• Thermodynamics.br /• Power Plant Engineering.br /• Refrigeration and air-conditioning.br /• Turbo machinery.br /• Engineering Materials.br /• Metal Casting.br /• Forming Processes.br /• Joining Processes.br /• Operations.br /• Metro stupor us and examination.br /• Operations analysis.br /• Inventory management.br /• Production designing and management.br /• Manufacturing Analysis.br /• Tool Engineering.br /• Metro stupor us and examination.br /

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