because they will just come up with the same result.
The word that typically invalidates a generalization is "some." When a statement uses "some," it indicates that the claim does not apply universally, thereby challenging the validity of the generalization. For example, saying "Some birds can’t fly" contradicts the generalization that all birds can fly.
Generalization occurs when individuals apply learned knowledge or experiences from specific instances to broader contexts or similar situations. This cognitive process allows for the recognition of patterns and the formation of rules based on past experiences, enabling quicker decision-making and problem-solving. It often relies on abstracting common features while ignoring irrelevant details, thus facilitating adaptability in new environments or challenges. Through generalization, people can utilize prior learning to navigate unfamiliar circumstances effectively.
In very general terms, the ability to apply a specific result(s) obtained in a specific situation to other similar situations. However, you have to have a good reason to believe that your result(s) is/are in fact generalizable to these other situations. Many a Ph.D. student defending their dissertations have been slammed for failing to provide a sufficiently good rationale (or good evidence) for claiming that their results can be applied to more general situations than the ones they have investigated in the laboratory.
What is specialization & generalization? Explain how generalization is different from specializationSpecialization is a property of inheritance used for creating specialized attributes, methods that only apply to objects of that class. Specialized classes are subclasses placed below super classes. Generalization is the process of extracting shared characteristics from two or more classes, and combining them into a generalized superclass.Shared characteristics can be attributes, associations, or methods. Generalized classes are generally parent classes of specialized classes. In other words generalization is bottom up approach whereas specialization is Top to bottom approachExample:In Figure , the classes car and scooter partially share the same attributes. From a domain perspective, the two classes are also very similar. During generalization, the shared characteristics are combined and used to create a new superclass vehicle. car and scooter become subclasses of the class vehicle.Similarly, the class vehicle has the a special attribute, which is needed only for car, but not for scooter. Additionally there is a special attribute, which is needed only for scooter Obviously, here two similar but different domain concepts are combined into one class. Through specialization the two special cases vehicles are formed The epecial attribute is placed where it belongs-in car /scooter.
An inference is a logical conclusion based on observations. A generalization is a logical conclusion based on many observations and data. The difference between the two is that inferences deal with specifics pertaining to the experiment being worked on, while generalizations are more "general" and apply more to the idea than the specific experiment.
Generalization and replication in research are crucial for verifying the reliability and validity of findings. Generalization allows researchers to apply study results to broader populations, enhancing the applicability of their conclusions. Replication ensures that results are consistent and not due to chance or specific conditions of a single study, thereby strengthening the credibility of the research. Together, they contribute to building a robust body of knowledge in a given field.
The word that typically invalidates a generalization is "some." When a statement uses "some," it indicates that the claim does not apply universally, thereby challenging the validity of the generalization. For example, saying "Some birds can’t fly" contradicts the generalization that all birds can fly.
To qualify a generalization, provide specific examples or exceptions that demonstrate when the generalization may not hold true. This helps to add depth and nuance to the statement, acknowledging that it may not apply universally. Additionally, considering alternative perspectives or viewpoints can help to qualify a generalization by recognizing different interpretations or nuances in the topic.
The General theory of relativity primarily applies to particles as they accelerate, particularly due to gravitation
Seriously? Yes, some Indians are cheap, but you can't apply that generalization to every Indian you meet.
Generalization occurs when individuals apply learned knowledge or experiences from specific instances to broader contexts or similar situations. This cognitive process allows for the recognition of patterns and the formation of rules based on past experiences, enabling quicker decision-making and problem-solving. It often relies on abstracting common features while ignoring irrelevant details, thus facilitating adaptability in new environments or challenges. Through generalization, people can utilize prior learning to navigate unfamiliar circumstances effectively.
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A generalization refers to a conclusion drawn from sociological research that is meant to apply to broad categories of people but to which many exceptions will always exist. This allows sociologists to describe patterns in society while recognizing that individual behavior may vary.
In very general terms, the ability to apply a specific result(s) obtained in a specific situation to other similar situations. However, you have to have a good reason to believe that your result(s) is/are in fact generalizable to these other situations. Many a Ph.D. student defending their dissertations have been slammed for failing to provide a sufficiently good rationale (or good evidence) for claiming that their results can be applied to more general situations than the ones they have investigated in the laboratory.
A generalization argument is a type of reasoning that draws broad conclusions from specific instances or examples. It involves taking observed patterns or features from a limited set of cases and inferring that these characteristics apply to a larger group or category. While generalization can be useful for making predictions or forming hypotheses, it also carries the risk of over-simplification or misrepresentation if the original examples are not representative. Thus, the validity of a generalization depends on the strength and relevance of the underlying evidence.
real situation example for x=14>17
Tell us the situation, and we'll apply Newton's Laws.