What is the connection between THEORY and PRACTICE?
What is a Scientific Hypothesis and THEORY?
What is a Scientific Hypothesis and THEORY?
Myoma Myint Kywe ၿမိဳ႕မ ျမင့္ႂကြယ္
“Islands rely on reeds just as reeds rely on islands”
“Islands is supposed to be reeds while reeds is supposed to be islands”
I meant both islands and reeds have the benefits of a reciprocating connection.
Therefore, by vice versa, both the value of theoretical and practical knowledge had the benefits of a reciprocating connection. Both of them are very important in everywhere in everything.
The chicken or the egg causality dilemma is commonly stated as "which came first, the chicken or the egg?" To ancient philosophers, the question about the first chicken or egg also evoked the questions of how life and the universe in general began.
Whether the chicken/hen/hen (or) the egg came FIRST!
Many people said Practice is more important than Theory.
Many scholars say Theory is more important than Practical.
In theory, there is no difference between practice and theory.
The term "chicken-and-egg problem" is further commonly used to describe a situation that is not a philosophical dilemma, but one in which it is impossible to reach a certain desired outcome because a necessary precondition is not satisfied, while to meet that precondition in turn requires that the desired outcome has already been realized.
Which came first, the chicken or the egg? A circle has no beginning.
But that doesn’t stop us from asking.
For example, it has been argued that the transformation to alternative fuels for vehicles faces a chicken-and-egg problem: "it is not economical for individuals to purchase vehicles using alternative fuels absent sufficient refueling stations, and it is not economical for fuel sellers to open stations absent sufficient alternative fuel vehicles". This is closely related to the economic concept of vicious circle, but in this kind of situation one that becomes a virtuous circle upon reaching a tipping point. This phenomenon can be explained and measured using the theory of bistability. (In a dynamical system, bistability means the system has two stable equilibrium states. Something that is bistable can be resting in either of two states. These rest states need not be symmetric with respect to stored energy.)
A scientific hypothesis is the initial building block in the scientific method. A hypothesis is a proposed explanation for a phenomenon. For a hypothesis to be a scientific hypothesis, the scientific method requires that one can test it. Scientists generally base scientific hypotheses on previous observations that cannot satisfactorily be explained with the available scientific theories. Even though the words "hypothesis" and "theory" are often used synonymously, a scientific hypothesis is NOT the same as a scientific theory. A working hypothesis is a provisionally accepted hypothesis proposed for further research.
A scientific theory is a well-substantiated explanation of some aspect of the natural world that is acquired through the scientific method and repeatedly tested and confirmed (reproducibility) through observation and experimentation. As with most (if not all) forms of scientific knowledge, scientific theories are inductive in nature and aim for predictive power and explanatory capability. Reproducibility is the ability of an entire experiment or study to be reproduced, either by the researcher or by someone else working independently. Reproducibility also refers to the degree of agreement between measurements or observations conducted on replicate specimens in different locations by different people, by different observation, as part of the precision of a test method.
A theory is not the same as a hypothesis. A theory provides an explanatory framework for some observation and from the assumptions of the explanation follows a number of possible hypotheses that can be tested in order to provide support for, or challenge, the theory. A theory can be a body of knowledge, which may or may not be associated with particular explanatory models. To theorize is to develop this body of knowledge.
Hypothesis is before scientific testing. A hypothesis is an assumption to be tested. The assumption is based on limited information, but the assumption would explain some of the facts known. A theory is a hypothesis that has been tested and explains many facts consistent with the hypothesis.
A theory is always backed by evidence; a hypothesis is only a suggested possible outcome, and is testable and falsifiable. The master Einstein's theory of relativity is a theory because it has been tested and verified innumerable times, with results consistently verifying Einstein's conclusion.
As additional scientific evidence is gathered, a scientific theory may be rejected or modified if it does NOT fit the new empirical findings- in such circumstances, a more accurate theory is then desired and FREE of confirmation bias.
I want to say practice without theory is blind, Theory without practice is nothing. Theory and practice are reciprocal important. There is a reciprocal
relationship between theory and practice. Practice, or empirical analysis, can NOT stand on its own without underlying theoretical questions (the why) that guide the research. Theory and practice are mutually beneficial exchange. As the famous Myanmar proverb puts it, “Islands rely on reeds just as reeds rely on islands.”
A hypothesis is an attempt to explain phenomena. It is a proposal, a guess used to understand and/or predict something. A theory is the result of testing a hypothesis and developing an explanation that is assumed to be true about something.
hypothesis and theory are brothers.