Reviewed by Mira
Rahmawati 09301244016 Pendidikan Matematika Swadana
Prior to cultivate an understanding of mathematics
necessary in advance of the meaning of mathematics in various dimensions. Dimensional mathematical
meaning can be seen from the side dimensions of mathematics to objects and
concrete objects to dimensions of mathematical objects of mind.
Mathematical communication includes communication
materials, formal communication, the communication of normative and spiritual
communication. In math we are learning is
more suitable to define mathematics as the mathematics school, but for
college-level mathematics as we define a formal mathematical or axiomatic. Acculturation of mathematics
can contribute to the nation through innovation excellence of learning
mathematics that is done continuously. Therefore, we can think of
mathematics, teaching mathematics and mathematics education at various levels
of hierarchy levels or intrinsic, extrinsic or systemic.
To increase the cultivation of mathematics need into various activities, for example; PLPG Mathematics, math seminars and workshops, so as to obtain a challenge to be able to answer things as follows:
To increase the cultivation of mathematics need into various activities, for example; PLPG Mathematics, math seminars and workshops, so as to obtain a challenge to be able to answer things as follows:
1. How to promote mathematics
that emphasizes the PBM process
2. How to develop cooperative
learning in mathematics PBM
3. How to make group learning in
mathematics PBM
4. How to make studying math
outside the classroom: an alternative
5. How to develop learning math
through games
6. Develop a variety of learning
models of learning mathematics
7. Utilizing concrete objects in
mathematics PBM
8. PBM contextual learning in mathematics
9. Utilizing the natural surroundings in the PBM mathematics
10. Learning mathematics through team teaching
11. Initiative encourages students in mathematics PBM
12. Encouraging the role of students in mathematics PBM
13. Develop a variety of learning
resources in mathematics PBM
14. Use of teaching aids in mathematics PBM
15. Various methods of mathematical PBM
16. Learning mathematics through a
variety of experimental mathematics
17. Planning an innovative math learning
18. Promoting discussion in the PBM method of mathematics
19. Monitoring activities by the
teacher in the learning of mathematics
20. Development of lesson study in mathematics PBM
21. Enabling students in mathematics PBM
22. Encourage students to make
presentations PBM results in mathematics
23. Encouraging independence study mathematics
24. Promoting the role of teacher
as facilitator in math PBM
25. Developing math activities in the PBM assessment
26. Remedial activities in PBM mathematics
27. Enabling students in group activities
28. Apperception activities in learning mathematics
29. Revitalizing the role of teachers in learning mathematics
30. Variations of interaction and communication in mathematics
PBM
31. Encouraging creativity of students in mathematics PBM
32. Develop a portfolio of
activities of students in mathematics PBM
33. Encourage students to be able
to construct mathematical concepts on their own
34. Developing realistic mathematics for students
35. Develop reflection activities
to students in the PBM mathematics
36. Learning mathematics with an informal approach.
37. Develop a classroom
observation instrument in mathematics PBM
38. Teachers' efforts to
communicate their ideas or learning outcomes in mathematics
39. PBM mathematics
40. How to encourage teachers
responsible for each student (all) in
41. mathematics learning: a
concept of Education is for All.
42. How to make learning math as
students' needs
43. How to encourage students to
be able to deduce its own findings of mathematics.
44. Revitalization paradigm school
math / nature of school mathematics
45. The nature of students' learning of mathematics
46. PBM promotes student-centered math
47. Develop LKS for PBM mathematics.
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