In the recent years, there was a phenomena of
declining students’ interest on science. In 1979, Whitfield (1980) conducted a
research to analyze students’ favorite subjects. The result indicated that
chemistry and physics became the two least preferred subject for 14-year old
students. Supporting Whitfield’s findings, the analysis result of the data from
the Department for Education of England and Welsh showed that the number of
students enrolled in advanced levels science and mathematics only in 1993 had decreased
13% compared to their data at 1980 (Osborne et al, 2003). Furthermore, the UK
examination Board and HMSO also claimed that the number of students examined in
physics in 2000 were decreased almost 15000 students since 1990. All these
findings showed that science is becoming less preferred by the students.
EVERYTHING IS MATHEMATICS
Showing posts with label Science Education. Show all posts
Showing posts with label Science Education. Show all posts
Thursday, July 10, 2014
The Importance of Using Contexts in Learning Mathematics
In recent years, many mathematicians argued whether
mathematics teaching and learning should begin with contexts or not. In 2007 in
California, some people claimed that a mathematical approach that focused on
number sense using contexts will be a detrimental to children (Sowder, 2007). Some
researchers also showed that abstract examples were more advantageous for
students (Kaminski, Sloutsky & Heckler, 2008; Kaminski & Sloutsky, 2012).
They stated that concrete instantiations prone to distract students’
concentration in doing transfer task. This lead teachers begin to doubt the
importance of involving contexts in teaching learning activity. The role of contexts
in the classroom is questioned. How important contexts are in learning
mathematics, this paper will discuss this questions.
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