The question asks for the best antidote to superstitious beliefs. This requires understanding the nuances of each option and how they relate to combating irrational beliefs.
Step-by-step
Analyze the core problem: Superstitious beliefs are characterized by a lack of rational basis, reliance on unproven assumptions, and often lead to irrational fears or actions.
Evaluate Option A (Scientific Theory): A scientific theory is a well-substantiated explanation of some aspect of the natural world, based on a body of facts that have been repeatedly confirmed through observation and experiment. While it provides rational explanations, simply knowing a theory doesn't automatically dispel superstition if the underlying mindset isn't changed.
Evaluate Option B (Science Belief): This term is somewhat contradictory. Science is based on evidence and verifiable facts, not 'belief' in the sense of faith. While one might 'believe in' the scientific method, the term itself doesn't directly address the eradication of superstition.
Evaluate Option C (Scientific Knowledge): This refers to the accumulated facts, principles, and theories derived from the scientific method. Like scientific theory, possessing knowledge is valuable, but it's the application and integration of this knowledge into one's thinking process that truly counters superstition. Many people can possess scientific knowledge but still harbor superstitions in other areas of their lives.
Evaluate Option D (Scientific temperament): This term, coined by Jawaharlal Nehru, refers to a way of life that involves critical thinking, a spirit of inquiry, rationality, and a rejection of dogma and superstition. It's not just about knowing facts or theories, but about cultivating a mindset that questions, seeks evidence, and bases conclusions on reason. This active, critical approach is the most effective tool against superstition.
Compare the options: While scientific theories and knowledge provide the content, scientific temperament provides the methodology and mindset to actively challenge and overcome superstitious beliefs. It's the proactive disposition that makes it the 'best' antidote.
Correct Option:
D) Scientific temperament — Scientific temperament is the most comprehensive and effective antidote because it represents a way of thinking that involves critical inquiry, rationality, and a rejection of dogma and superstition. It's about cultivating a mindset that actively questions and seeks evidence, rather than just possessing facts or theories. This disposition empowers individuals to critically evaluate claims and reject those lacking empirical support, thereby directly combating superstitious beliefs.
Incorrect Options
A) Scientific Theory — While scientific theories offer rational explanations for natural phenomena, merely knowing a theory does not guarantee the eradication of superstitious beliefs. One might understand a theory but still hold onto superstitions if their fundamental approach to knowledge isn't rational.
B) Science Belief — This term is problematic as science relies on evidence and verification, not 'belief' in the faith-based sense. While one can have faith in the scientific method, the term itself doesn't represent an active antidote to superstition.
C) Scientific Knowledge — Scientific knowledge refers to the accumulated facts and principles. While essential, possessing knowledge alone is often insufficient. Many educated individuals with scientific knowledge may still harbor superstitions if they lack the critical, questioning mindset that defines scientific temperament. It's the application and integration of this knowledge through a rational temperament that truly counters superstition.
8.
Which Article of Indian Constitution mention about the development of scientific temper?
The question asks to identify the Article of the Indian Constitution that mandates the development of scientific temper. This requires knowledge of the Fundamental Duties enshrined in the Constitution.
Step-by-step
Recall the different parts of the Indian Constitution, specifically Fundamental Rights, Directive Principles of State Policy, and Fundamental Duties.
Identify the section that deals with the duties of citizens. This is Part IV-A, which contains Article 51A.
Examine the clauses within Article 51A to find the specific duty related to scientific temper.
Article 51A (h) states that it shall be the duty of every citizen of India "to develop the scientific temper, humanism and the spirit of inquiry and reform."
Correct Option:
C) Article 51A — Article 51A of the Indian Constitution lists the Fundamental Duties of every citizen. Clause (h) of Article 51A specifically mentions the duty to "develop the scientific temper, humanism and the spirit of inquiry and reform." This makes Article 51A the correct answer.
Incorrect Options
A) Article 61A — There is no Article 61A in the Indian Constitution. Article 61 deals with the procedure for impeachment of the President.
B) Article 51 — Article 51 is part of the Directive Principles of State Policy (Part IV) and deals with the promotion of international peace and security. It does not mention scientific temper.
D) Article 60A — There is no Article 60A in the Indian Constitution. Article 60 deals with the oath or affirmation by the President.
9.
Which part of the Indian Constitution specify the duty of every citizen is to develop the scientific temper, humanism and the spirit of inquiry and reform
The question asks to identify the part of the Indian Constitution that specifies the duty of every citizen to develop scientific temper, humanism, and the spirit of inquiry and reform. This duty is enshrined under Fundamental Duties.
Step-by-step
Recall the structure of the Indian Constitution and its various Parts.
Identify the Part that deals with Fundamental Duties.
Fundamental Duties were added to the Constitution by the 42nd Amendment Act, 1976, based on the recommendations of the Swaran Singh Committee.
These duties are listed in Article 51A.
Article 51A is located in Part IVA of the Constitution.
Specifically, Article 51A(h) states that it shall be the duty of every citizen of India "to develop the scientific temper, humanism and the spirit of inquiry and reform."
Correct Option:
B) Part IVA: Part IVA of the Indian Constitution deals with Fundamental Duties. Article 51A, which is part of Part IVA, enumerates the eleven Fundamental Duties of citizens. Clause (h) of Article 51A explicitly states the duty to "develop the scientific temper, humanism and the spirit of inquiry and reform."
Incorrect Options
A) Part IV: Part IV of the Indian Constitution deals with the Directive Principles of State Policy (DPSP), which are guidelines for the state to be kept in mind while framing laws and policies. It does not contain the Fundamental Duties of citizens.
C) Part V: Part V of the Indian Constitution deals with The Union, covering the Executive, Parliament, Legislative Powers of the President, the Union Judiciary, and the Comptroller and Auditor-General of India. It does not specify Fundamental Duties.
D) Part VII: Part VII of the Indian Constitution (States in Part B of the First Schedule) was repealed by the 7th Amendment Act, 1956. It is no longer a part of the Constitution and therefore cannot contain the Fundamental Duties.
10.
The Indian Parliament adopted the Scientific Policy Resolution
This question tests knowledge of significant historical policy decisions in India, specifically related to science and technology. The Scientific Policy Resolution (SPR) was a landmark document that laid the foundation for scientific development in post-independence India. Recalling the year of its adoption is key.
Step-by-step
The Scientific Policy Resolution (SPR) was a pivotal document adopted by the Government of India.
It was formulated under the leadership of Prime Minister Jawaharlal Nehru, who was a strong proponent of scientific temper and development.
The primary objective of the SPR was to foster, promote, and sustain the cultivation of science and scientific research in all its aspects.
This resolution was officially adopted by the Indian Parliament in the year 1958.
Correct Option: A) 1958
Incorrect Options
B) 1957 — This year is incorrect. While scientific initiatives were ongoing, the formal Scientific Policy Resolution was not adopted in 1957.
C) 1959 — This year is incorrect. The resolution was adopted a year earlier.
D) 1960 — This year is incorrect. The resolution was adopted two years prior to 1960.
11.
Scientific temper is a way of thinking and acting which uses a method, including:
I. observing physical reality
II. questioning and testing
III. hypothesizing and analyzing
IV. Communicating – using logic
The question asks to identify the components that constitute 'scientific temper'. Scientific temper refers to a way of thinking and acting that involves the application of the scientific method to understand reality. We need to evaluate each given statement to see if it aligns with the principles of scientific temper.
Step-by-step
Observing physical reality (I): The scientific method begins with observation. To understand any phenomenon, one must first carefully observe it. This is a fundamental step in gathering data and forming initial ideas.
Questioning and testing (II): Scientific temper involves a spirit of inquiry and skepticism. Once observations are made, questions arise, and these questions lead to hypotheses that must be tested through experiments or further observation. Without questioning and testing, knowledge cannot be validated or refined.
Hypothesizing and analyzing (III): After observation and questioning, scientists formulate hypotheses (tentative explanations). These hypotheses are then subjected to analysis, often involving data interpretation, logical reasoning, and mathematical modeling, to see if they hold true.
Communicating – using logic (IV): Scientific findings and methods must be communicated clearly and logically to the wider scientific community and the public. This allows for peer review, replication of experiments, and the building of collective knowledge. Logic is crucial in structuring arguments, drawing conclusions, and presenting information coherently.
All four statements (I, II, III, and IV) are integral parts of the scientific method and, by extension, scientific temper. Scientific temper is a comprehensive approach that includes observation, critical inquiry, hypothesis formation, analysis, and logical communication.
Correct Option:
D) I, II, III and IV – All the listed components are essential aspects of scientific temper. It encompasses observation, critical questioning, hypothesis formation, rigorous testing, logical analysis, and clear communication of findings.
Incorrect Options
A) I and II only – This option is incomplete as it omits hypothesizing, analyzing, and communicating, which are crucial steps in the scientific process.
B) I and IV only – This option is also incomplete, missing the critical steps of questioning, testing, and hypothesizing/analyzing.
C) I, II and IV – This option misses the crucial step of 'hypothesizing and analyzing' (III), which is central to developing and evaluating scientific explanations.
The question asks for the scientific term for the study of viruses. This is a direct knowledge-based question related to biological terminology.
Step-by-step
Identify the core subject of the question: "study of virus".
Recall or identify the specific scientific field dedicated to the study of viruses.
Compare this field with the given options to find the correct match.
Correct Option: A) Virology is the branch of science that deals with the study of viruses, including their structure, classification, evolution, their methods of infection and reproduction, the diseases they cause, and their isolation and culture.
Incorrect Options
B) Phytology: This term is an older name for botany, which is the scientific study of plants.
C) Phycology: This is the scientific study of algae.
D) Mycology: This is the scientific study of fungi, including their genetic and biochemical properties, their taxonomy, and their use to humans as well as their dangers.
