The reasoning which proceeds from a general truth to a particular truth is called:
Deductive
Reasoning is the process of using existing knowledge to draw conclusions, make predictions, or construct explanations. There are several types of reasoning, and understanding the direction of the logical flow is crucial.
Deductive reasoning is a type of logical thinking that starts with a general statement or hypothesis and works its way down to a specific conclusion. If the general premises are true, then the specific conclusion must also be true. It proceeds from a general truth to a particular truth.
Think of it like a funnel: you start wide with a general principle or rule and narrow it down to a specific case.
Example:
In this example, the reasoning moves from the general truth ("All humans are mortal") to a specific case ("Socrates is mortal").
Inductive reasoning is the opposite of deductive reasoning. It starts with specific observations or examples and works its way up to a general conclusion or hypothesis. The conclusions reached through inductive reasoning are not guaranteed to be true, only probable.
Think of it like building upwards: you start with individual bricks (specific observations) and build a wall (a general conclusion).
Example:
This conclusion is probable based on the observations, but it's not a guaranteed truth like in deductive reasoning (e.g., the sun might explode tomorrow). Inductive reasoning proceeds from particular truths to a general truth.
Let's analyze the given options in the context of reasoning from a general truth to a particular truth:
Based on the analysis, the reasoning which proceeds from a general truth to a particular truth is called deductive reasoning.
| Feature | Deductive Reasoning | Inductive Reasoning |
|---|---|---|
| Starting Point | General Truth/Principle | Specific Observations/Examples |
| Ending Point | Particular Truth/Conclusion | General Conclusion/Hypothesis |
| Certainty of Conclusion (if premises are true) | Certain (Valid) | Probable (Strong/Weak) |
| Direction of Logic | General → Particular | Particular → General |
Understanding different types of reasoning is fundamental to logic and critical thinking. Both deductive and inductive reasoning are valuable in different contexts. Deductive reasoning is often used in mathematics, philosophy, and law, where conclusions need to be certain if the premises are true. Inductive reasoning is common in scientific research, where observations lead to the formation of theories and hypotheses that are then tested.
Logic is the study of correct reasoning. It provides rules and methods to evaluate arguments and determine their validity (in the case of deduction) or strength (in the case of induction).
Other related concepts include:
Reliability and objectivity of the test are reported by using :
Match the following
List I Ideas | List II Explanation | ||
A. | Analytic Hermeneutics | 1. | Meaning determines reference and our understanding of the being of entities |
B. | Hermeneutic Realism | 2. | Methodology of Interpretation |
C. | Hermeneutic Idealism | 3. | Combining analytic philosophy with hermeneutics |
D. | Hermeneutics | 4. | Nature in itself and Science provides an explanation |
Match List I with List II
List I Book/Works | List II Sociologists | ||
A. | Research Methods in Social Relation | 1. | William Goode |
B. | Methods in Social Research | 2. | Schuessler and Mueller |
C. | The Rules of Sociological Method | 3. | Seltiz, Jahoda et. al. |
D. | Statistical Reasoning in Sociology | 4. | Emile Durkheim |
Arrange the following processes in a proper sequence to conduct scientific research:
(A) Induction
(B) Making prediction
(C) Observation of facts
(D) Testing of prediction
(E) Development of explanations
Choose the correct answer from the options given below:
The most common techniques for research are experiments, field research, historical analysis and