49,470 research outputs found
MODEL PEMBELAJARAN MULTIPLE INTELLIGENCES DALAM PEMBELAJARAN MATEMATIKA PADA MATERI STATISTIKA DI KELAS XI IPS SMA NEGERI 2 BATU
The number of national examination become decrease, one of the subjects is mathematic. Thus,it needs to apply a model of learning based on student intelligences. It can be applied in mathematic base on student personal intelligence.
The research used learning model with multiple intelligences in mathematic subject. It was applied at Statistic lesson to eleventh grade students of SMAN 02 BATU. The aim of the research is to find out how were the activities and the result of study.
The research design used in this study was a descriptive qualitative research. The subject of research was the students of XI IPS class on SMAN 02 BATU. The variable of this research were student’s activities and students score. The instruments used of this study were questionnaire and students score. Data analysis used of this study was percentage analyzing to measure the activities and students score.
The result of the research showed that the number of students activities was quite enough with 68, 63%. The percentage of irrelevant activities was 18, 05%. In other hands, the result of completeness analyzing student learning after using multiple intelligence with 28 students was complete and one of them was failed. The completeness of personal classical study with SKBM was 96, 55%.
Keyword : Multiple Intelligence, Student Activities, Student Scor
Simple PTAS's for families of graphs excluding a minor
We show that very simple algorithms based on local search are polynomial-time
approximation schemes for Maximum Independent Set, Minimum Vertex Cover and
Minimum Dominating Set, when the input graphs have a fixed forbidden minor.Comment: To appear in Discrete Applied Mathematic
Analysis of moving least squares approximation revisited
In this article the error estimation of the moving least squares
approximation is provided for functions in fractional order Sobolev spaces. The
analysis presented in this paper extends the previous estimations and explains
some unnoticed mathematical details. An application to Galerkin method for
partial differential equations is also supplied.Comment: Journal of Computational and Applied Mathematics, 2015 Journal of
Computational and Applied Mathematic
Exact meromorphic stationary solutions of the real cubic Swift-Hohenberg equation
We show that all meromorphic solutions of the stationary reduction of the
real cubic Swift-Hohenberg equation are elliptic or degenerate elliptic. We
then obtain them all explicitly by the subequation method, and one of them
appears to be a new elliptic solution.Comment: 15 pages, 3 figures, to appear, Studies in Applied Mathematic
Corrigendum to "Intersection homology with field coefficients: K-Witt spaces and K-Witt bordism"
This note corrects an error in the char(K)=2 case of the author's computation
of the bordism groups of K-Witt spaces for the field K.Comment: This note contains the corrected statements for characteristic 2 of
the main theorems of arXiv:0804.1933v2. Full details can be found in
arXiv:1208.3683v1. To appear in Communications on Pure and Applied
Mathematic
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