Penelitian ini menggunakan metode kualitatif yang bertujuan untuk mengetahui kemampuan komunikasi matematis siswa ditinjau dari gaya belajar visual, auditorial, kinestetik pada materi aturan sinus dan cosinus. Penentuan responden dilakukan dengan metode purposive sampling dan snowball sampling. Dari setiap gaya belajar tersebut ditentukan masing-masing 3 subyek yang komunikatif untuk dilakukan wawancara sebagai proses triangulasi. Pengumpulan data dilakukan dengan metode tes dan wawancara. Data dianalisis secara kualitatif. Hasil penelitian menunjukkan : (1) siswa dengan gaya belajar visual dapat secara singkat menghubungkan benda nyata dan gambar ke dalam ide matematika, serta melakukan penarikan kesimpulan dari pernyataan matematika; (2) siswa dengan gaya belajar auditorial dapat mengubah kalimat menjadi ide matematika, menjelaskan ide-ide matematika (rumus), mengubah gambar peristiwa sehari-hari ke dalam simbol matematika, menjelaskan proses penyelesaian soal, serta dapat melakukan penarikan kesimpulan; (3) siswa dengan gaya belajar kinestetik dapat mengubah kalimat menjadi ide matematika, menjelaskan ide matematika dalam bentuk gambar dan rumus, serta mengubah gambar peristiwa sehari-hari ke dalam simbol matematika.Kata kunci : komunikasi matematis, gaya belajar ABSTRACTThis study uses qualitative methods that aim to determine students' mathematical communication skills in terms of visual, auditory, kinesthetic learning styles on the material sine and cosine rules. Determination of respondents is done by purposive sampling and snowball sampling methods. Each of these learning styles is determined by each of 3 communicative subjects for interviews as a triangulation process. Data collection is done by the method of tests and interviews. Data were analyzed qualitatively. The results showed: (1) students with visual learning styles can briefly connect real objects and images into mathematical ideas, as well as draw conclusions from mathematical statements; (2) students with an auditory learning style can convert sentences into mathematical ideas, explain mathematical ideas (formulas), change images of everyday events into mathematical symbols, explain the process of problem solving, and can make conclusions; (3) students with kinesthetic learning styles can convert sentences into mathematical ideas, explain mathematical ideas in the form of pictures and formulas, and transform images of everyday events into mathematical symbols.Keywords : mathematical communication, learning style
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