Machine Input Output Reasoning Techniques Set - 6 Video Lecture | Crash Course for CLAT

Ans. Machine input output reasoning techniques refer to the methods used to solve problems or questions that involve a series of inputs and outputs, where certain operations or transformations are applied to the given input to obtain the desired output. These techniques are important for exams like SBI PO, IBPS PO, Clerk, CLAT, RBI, and LIC CLAT as they test the candidate's ability to analyze and understand patterns, sequences, and logical reasoning. By mastering these techniques, candidates can improve their problem-solving skills and increase their chances of scoring well in such exams.

Ans. To solve machine input output reasoning questions in exams, candidates can follow these steps: 1. Analyze the given input-output pattern: Carefully observe the given input and output sequence to identify any patterns or transformations applied. 2. Identify the rule or operation: Determine the rule or operation that is being applied to convert the input into the output. This could involve rearranging, replacing, or modifying certain elements based on specific conditions or logic. 3. Apply the rule to the given input: Use the identified rule or operation to apply the necessary transformations to the given input sequence. 4. Determine the output: Apply the same rule or operation to the input sequence to obtain the desired output. 5. Verify the answer: Check if the obtained output matches the given output. If they are the same, the answer is correct; otherwise, re-evaluate the steps and identify any possible errors. By following these steps and practicing various input-output questions, candidates can improve their skills in solving machine input output reasoning problems.

Ans. Some common types of machine input output reasoning questions that can be expected in these exams include: 1. Shifting or rearranging: In these questions, certain elements in the input sequence are shifted or rearranged based on specific conditions or patterns to obtain the output sequence. 2. Coding-decoding: These questions involve applying a specific coding pattern or rule to the input sequence to obtain the output sequence. The coding pattern may involve replacing, reordering, or transforming the elements of the input. 3. Mathematical operations: Some questions require performing mathematical operations such as addition, subtraction, multiplication, or division on the input sequence to obtain the output sequence. 4. Alphabetical or logical arrangements: In these questions, the elements of the input sequence are arranged in alphabetical or logical order based on specific rules or conditions to obtain the output sequence. 5. Conditional transformations: These questions involve applying transformations or operations to the input sequence based on certain conditions or rules. The output sequence is obtained by following these conditions or rules. By understanding these common types of questions, candidates can effectively prepare for machine input output reasoning in these exams.

Ans. To improve machine input output reasoning skills for these exams, candidates can follow these strategies: 1. Understand the basics: Start by understanding the basic concepts and techniques used in machine input output reasoning. Study different types of patterns, transformations, and rules that can be applied to solve such questions. 2. Practice regularly: Regularly solve practice questions and mock tests specifically designed for machine input output reasoning. This will help in developing a better understanding of the concepts and improve speed and accuracy. 3. Analyze solutions: After solving a question, analyze the solution to understand the logic and approach used. Compare it with the provided solution to identify any gaps in understanding. 4. Learn shortcuts and tricks: Learn and practice shortcuts and tricks that can help save time while solving machine input output reasoning questions. These shortcuts can include identifying common patterns, using elimination techniques, or applying quick calculations. 5. Mock tests and previous year papers: Solve mock tests and previous year papers to get familiar with the exam pattern and types of questions asked. This will help in building confidence and improving performance in the actual exam. By following these strategies and consistently practicing, candidates can enhance their machine input output reasoning skills and perform well in these exams.

Ans. Yes, there are several online resources and study materials available to help candidates prepare for machine input output reasoning in these exams. Some of the popular online platforms and resources include: 1. Online tutorials and videos: Various websites and YouTube channels offer tutorials and videos explaining the concepts and techniques of machine input output reasoning. These resources provide step-by-step guidance and examples to help candidates understand and solve different types of questions. 2. Practice websites and apps: There are dedicated online platforms and mobile applications that offer a wide range of practice questions and mock tests for machine input output reasoning. These platforms provide real-time feedback, performance analysis, and solutions to help candidates track their progress and identify areas of improvement. 3. Online coaching institutes: Many reputed coaching institutes offer online courses and study materials specifically designed for machine input output reasoning. These courses provide comprehensive coverage of the topic, along with practice exercises and doubt-solving sessions. 4. Previous year question papers: Candidates can also refer to previous year question papers of exams like SBI PO, IBPS PO, Clerk, CLAT, RBI, and LIC CLAT to understand the types of machine input output reasoning questions asked in these exams. Solving these papers will give candidates a better idea of the exam pattern and level of difficulty. It is recommended for candidates to explore these online resources and study materials to supplement their preparation and improve their machine input output reasoning skills.