Selasa, 03 Januari 2012

Mengembangkan Nilai-Nilai Filosofis matematika dalam Pembelajaran Matematika Menuju Era Global


By : Rizki Yudhi Pratiwi
10305144020
MATEMATIKA SWADANA 2010
(http://akuyudhipblg.blogspot.com/)

The development of mathematics education can be conducted on two level, i.e. in macro and micro. In the macro means the development of mathematics should be able to renew and develop their vision of education as well as scrape out paradigm constraints for education by maintaining and improving the quality and profesionalisma and community empowerment towards new, namely Indonesia Indonesia open, democratic and unified. For a teacher, educational development at the macro level for some of the stuff is outside the range of thought and the capability. However, given the guru is what determines the success of education, the teacher can cast the object and subject of the development of education by improving the ability of the educating and managing class.
The value of mathematics can be seen from the context of ontologism, epistemological and axiological, within the limits of extrinsic and intrinsic value, systemic. For math, then student the value of the lowest math is if used only for yourself, a higher value is if the math can be used for the public interest. But, in fact the highest mathematical score is a mathematical value is systemic can be used for the wider interests. But the mathematical values developed should be coupled with critical thinking, because math is not another critical thinking itself.
In the field of education, teachers need to continuously evaluate the lack or excess to teach in order to obtain information for improvement to teach, if need to learn new techniques that are more interesting and effective. To that end, teachers need to get a boost from the parties concerned especially the principal and School owners, so that they can bring about a good teaching. A teacher can reflect the style of teaching is good and flexible if teachers were mastered how to organise the class, make use of learning resources, the achievement of the purpose of teaching the student accordingly, development capability evaluation system, handling individual differences, and embody a particular style as required.

Kegiatan Penelitian sebagai Usaha untuk Meningkatkan Profesionalisme Guru Matematika


By : Rizki Yudhi Pratiwi
10305144020
MATEMATIKA SWADANA 2010
(http://akuyudhipblg.blogspot.com/)

If the teacher wants the reform of mathematics education, mathematics education research will be a need. Aside from the legal aspects of formal mathematics education activities either then by teachers, lecturers and teachers will be member many benefits. With research mathematics education we can know the existence of differences in individual or group in the study of mathematics, we can determine the position of students in a group, can compare the results of learning between groups. We can also conduct an examination for compliance with the goals of learning outcomes from, do a basic standard of competency or competency has been achieved or not. The results of research can be used for refinement of the program, guidance, provision of information to the public. In addition, we can also make a comparison between performance and criteria for each program as well as the refinement of the program dimension and penyimpulan results of the mathematics education as a whole. Next we can conduct studies on the implementation of the program, curriculum or syllabus of study results, and ultimately used for the improvement of mathematics education program in its entirety.

Pembelajaran Matematika Berbantuan Kalkulator : Studi Kasus Penggunaan Kalkulator Texas Instrument TI 89 pada PBM Matematika di SMK MUHAMMADIYAH IV YOGYAKARTA


By : Rizki Yudhi Pratiwi
10305144020
MATEMATIKA SWADANA 2010
(http://akuyudhipblg.blogspot.com/)

In developed countries, the role of y6ang calculator is important in the process of learning math. This type of Calculator experience rapid growth. Types consist of two kinds, namely ordinary scientific calculator and a calculator. One example is the calculator graphic scientific calculator that can solve math problems quickly and display it in the form of graphs, and can also be used to create a program that can solve a math problem.
From research conducted on PBM Math class I SMK Muhammaditah IV, can be inferred that the utilization of the calculator as a tool in the study can be done in four phases, namely :
1.       The stage of understanding of the significance of the graphic calculator.
2.       Stages of understanding the theory and use of calculators in graph equations solve problems and inequality.
3.       Stage of entering data into the calculator graphic problem.
4.       The interpretation of the display screen calculator chart and draw conclusions.
From penelotian there are also several aspects of the utilization graph Calculator in mathematics learning, namely :
1.       Chart Calculators aimed at determining and match image graphics.
2.       Chart Calculators useful for determining and match answers the set resolution.
3.       Calculator charts to give you real experience about the graphic image.
4.       The settlement of the question of equality and inequality can use the command, the manipulation of symbolic and graphing.
5.       Chart Calculators useful to give an answer that was previously calculated without a calculator and speed up the completion of a math problem.
6.       Constraints experienced by students in using the calculator graphic is a membahasakan in mathematical expressions into the calculator and reveal any screen display calculators into mathematical expressions.
7.       The graph Calculator in the teaching of mathematics, mathematics became more attractive and easier solution to math problems.
8.       If the use of graph without offset calculator the ability to understand the operating procedures and mathematical thinking it can lead to a high level of dependence, loss of self-confidence, and lazy thought.