August | 2020
CUTTING- EDGE SCIENCE
supporting the advancement of such comprehension through exploration based educating
and educational plan advancement. In any case, in the course of the most recent twenty
years the science personalities of understudies as delivering and being created by
sociocultural talks about science has increased expanded consideration in science training
research. Studies concentrated on understudy personalities and commitment have regularly
been propelled by the challenges in enlisting and holding science understudies, specifically
ladies and minorities. Following crafted by Brickhouse, Lowery, and Schultz (2000) on
how four center school African American young ladies connect with science, countless
investigations have examined the affordances and imperatives of describing and performing
science characters for various understudies. These examinations show how understudy
distinguishing proof and commitment with science is delivered in complex layers of
communication between an understudy's experience and social assets and a specific
science setting (Archer et al. 2017; Barton, Tan, and Rivet 2008). For instance, Archer
et al. (2016) found that regular workers, ethnically differing young men had the option
to take up places of logical ability in casual science instruction settings through exhibitions
of 'solid keenness', that is sure, self-important showcases of information and knowledge.
In any case, these exhibitions additionally fortified prevailing elitist portrayals of science
and recreated predominant talks of science as definitive, brainy and manly (Archer,
DeWitt, and Willis 2014).
Storyline 1: dealing with physics problems in terms of reaching a solution to textbook
problems. In storyline 1, physics is positioned primarily as a means to solve problems,
typically from the textbook, in order to find the correct answer through calculation. In
this storyline, the desirable physics student can solve textbook problems correctly, that
is, can get the right answers. This does not necessarily imply conceptual understanding,
as earlier research has shown that students can often solve mathematical physics problems
without the associated conceptual understanding.
Storyline 2: dealing with physics in terms of gaining conceptual knowledge. In storyline
2, physics is positioned as phenomena that can be made understandable through conceptual
discussions using examples from everyday life or conceptual metaphors. In this storyline
the desirable physics student not only knows how to solve textbook problems
mathematically but also understands the concepts behind the formulas.
Storyline 3: dealing with physics as empirical enquiry. In storyline 3, physics is
positioned as a method of investigating reality. In this storyline the desirable physics
student is careful not to be led astray by theoretical physics models, it is the real-world
objects, with certain properties and constraints, that are under investigation. A strong
focus on what is possible in the real world ought to be guiding the reasoning is most
relevant here. For example, when solving a physics problem about an ox dragging a box
on the ground.
To sum up, physics is a complex subject which we face and use it during our lives. In
order to teach it properly and with new teaching methods using technical tools and find
out suitable methods three storylines were chosen in this research, and these methods
will be helpful for every physics teacher in secondary schools.
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