Download Kamus Analitik Kimia APK latest version Free for Android
| Version | 1.0 |
| Update | 6 years ago |
| Size | 2.38 MB (2,493,398 bytes) |
| Developer | Aris_Studio |
| Category | Apps, Education |
| Package Name | com.Kamus.AnalitikKimia |
| OS | 2.3 and up |
Kamus Analitik Kimia APPLICATION description
Kimia analisis adalah cabang ilmu kimia yang mempelajari pemisahan, identifikasi senyawa kimia baik secara kualitatif maupun kuantitatif menggunakan metode eksperimen. Analisis kualitatif mempunyai
pengertian adanya indikasi dari suatu identitas zat kimia pada sampel. Sedangkan analisis kuantitatif mempunyai pengertian jumlah dari senyawa yang diidentifikasi.
Metode analisis dapat dibedakan menjadi klasik dan instrumental. Metode klasik menggunakan cara pemisahan lama, seperti pengendapan, ekstraksi, destilasi, gravimetri, volumetri dan analisis kualitatif berdasarkan warna, bentuk, bau maupun titik leleh. Pada metode klasik, analisis kuantitatif dapat dilakukan dengan pengukuran massa atau volume. Sedangkan metode instrumental menggunakan seperangkat alat untuk mengetahui kuantitas fisik, seperti serapan cahaya, fluoresensi, atau konduktivitas.
Kimia analisis juga mempunyai fokus pada pengembangan desain eksperimental, kemometrik, dan pembuatan alat-alat ukur yang berguna untuk mengidentifikasi zat-zat kimia. Kimia analisis mempunyai banyak penerapan, di antaranya pada bidang forensik, bioanalisis, analisis klinis, lingkungan dan material. Chemical analysis is a branch of chemistry that studies the separation, identification of chemical compounds both qualitatively and quantitatively using the experimental method. Qualitative analysis has an idea of the indication of an identity of chemical substances in the sample. Quantitative analyzes of the compound has an idea of the amount identified.
The analytical method can be divided into classical and instrumental. The classical method using a long separation means, such as precipitation, extraction, distillation, gravimetric, volumetric and qualitative analysis by color, shape, smell or the melting point. In the classical method, quantitative analysis can be performed by measuring the mass or volume. While the instrumental method using a set of tools to determine the physical quantity, such as light absorption, fluorescence, or conductivity.
Chemical analysis also focuses on the development of experimental design, kemometrik, and manufacture of measuring tools are useful for identifying chemical substances. Chemical analysis has many applications, including in the field of forensics, bioanalytical, clinical analysis, environmental and material.
Metode analisis dapat dibedakan menjadi klasik dan instrumental. Metode klasik menggunakan cara pemisahan lama, seperti pengendapan, ekstraksi, destilasi, gravimetri, volumetri dan analisis kualitatif berdasarkan warna, bentuk, bau maupun titik leleh. Pada metode klasik, analisis kuantitatif dapat dilakukan dengan pengukuran massa atau volume. Sedangkan metode instrumental menggunakan seperangkat alat untuk mengetahui kuantitas fisik, seperti serapan cahaya, fluoresensi, atau konduktivitas.
Kimia analisis juga mempunyai fokus pada pengembangan desain eksperimental, kemometrik, dan pembuatan alat-alat ukur yang berguna untuk mengidentifikasi zat-zat kimia. Kimia analisis mempunyai banyak penerapan, di antaranya pada bidang forensik, bioanalisis, analisis klinis, lingkungan dan material. Chemical analysis is a branch of chemistry that studies the separation, identification of chemical compounds both qualitatively and quantitatively using the experimental method. Qualitative analysis has an idea of the indication of an identity of chemical substances in the sample. Quantitative analyzes of the compound has an idea of the amount identified.
The analytical method can be divided into classical and instrumental. The classical method using a long separation means, such as precipitation, extraction, distillation, gravimetric, volumetric and qualitative analysis by color, shape, smell or the melting point. In the classical method, quantitative analysis can be performed by measuring the mass or volume. While the instrumental method using a set of tools to determine the physical quantity, such as light absorption, fluorescence, or conductivity.
Chemical analysis also focuses on the development of experimental design, kemometrik, and manufacture of measuring tools are useful for identifying chemical substances. Chemical analysis has many applications, including in the field of forensics, bioanalytical, clinical analysis, environmental and material.
↓ Read more
