Methods of pervasiveness and scientific exploration — Philosophy STD 12 Arts — Question
Gujarat BoardEnglish MediumSTD 12 ArtsPhilosophyMethods of pervasiveness and scientific exploration5 Marks
Question
Give a detailed explanation of the simple computational scope.
✓
Answer
Simple computational scope is a type of process of pervasiveness.
A simple computational scope includes conclusions drawn by an individual based on daily observations.
$1.$ Definition: The range presented from merely a cumulative observation of certain specific facts and unparalleled experience is called ‘only computational’ or ‘simple computational range’.
Simple computational range is known as 'unparalleled range'.
$2.$ Example:
The earth revolves around the sun and there is human life on the earth.
Mars revolves around the sun.
Jupiter revolves around the sun.
$\therefore $ It is possible that there may be human life on all these planets orbiting the sun.
$3.$ General characteristics of simple computational scope: Simple computational scope is a type of scope.
The characteristics of a simple computational scope are as follows:
Simple computational scope is formed on the observation of real facts.
The facts under observation are limited to a simple computational scope.
The universal rule is introduced by generalizing experience or observation in a simple computational scope.
Simple computational scope is an intellectual adventure or logical leap from some to all and therefore new knowledge is gained through it.
$4.$ Specific Characteristics of Simple Computational Scope: The distinctive features of Simple Computational Scope are as follows:
$(i)$ Formed on collector observation under simple computational scope: Some facts have been observed in the formation of simple computational scope.
The scientist thinks of those facts only in terms of numbers or collections.
Scientists do not consider those facts in terms of scientific analysis.
Simple computational scope has only a general basis of experiences so far.
No simple observations or experiments are made in a simple computational scope and the causal relationship between events is not examined in depth.
$(ii)$ A simple computational scope presents an unparalleled experience, but does not establish a causal relationship: a simple computational range is formed only if not a single exception has been found $($an unparalleled observation$)$ in all the observations so far.
A simple computational scope presents an unparalleled experience, but does not establish a causal relationship.
$5.$ Limitations of Simple Computational Scope: Some of the limitations of simple computational scope are as follows:
Simple computational scope represents an unparalleled experience.
So it is wrong to make exceptions at any time.
J.S.Mill calls simple computational scope a 'loose habit of mind'.
Alfred Bacon calls simple computational scope a "childish act."
A causal relationship is not established in a simple computational scope.
Thus, even if there are no exceptions, this kind of scope cannot satisfy the intellectual curiosity of human beings.
$6.$ The value of a simple computational scope: A simple computational scope does not establish a causal relationship.
Hence it is called ‘unscientific scope’.
The value of a simple computational scope is that it does not establish a causal relationship, but expresses the need for its probability.
Each science relies on a simple computational scope in the early stages of research.
Only then is the causal relationship between the two events indicated in it tested.
The scientific scope is formed on the basis of the establishment of this relationship. Simple computational coverage contributes significantly to the development of science and the early stages of research.
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