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Alberti Bass. Apex(:
A very popular example of Classical accompaniment based on triads is the Alberti bass, initially developed by Domenico Alberti (1710-1740). Alberti bass is a kind of broken chord/triad or arpeggiated accompaniment, where the notes of the chord are presented in the order lowest, highest, middle, highest. For example, if a C major chord was being played in root position, the order would be C-G-E-G.
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They are both ordered in scales and are both based on a melody and a rhythm.
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Alberti bass
A classical accompaniment style based on triads.
Alberti Bass. Apex(:
A very popular example of Classical accompaniment based on triads is the Alberti bass, initially developed by Domenico Alberti (1710-1740). Alberti bass is a kind of broken chord/triad or arpeggiated accompaniment, where the notes of the chord are presented in the order lowest, highest, middle, highest. For example, if a C major chord was being played in root position, the order would be C-G-E-G.
A very popular example of Classical accompaniment based on triads is the Alberti bass, initially developed by Domenico Alberti (1710-1740). Alberti bass is a kind of broken chord/triad or arpeggiated accompaniment, where the notes of the chord are presented in the order lowest, highest, middle, highest. For example, if a C major chord was being played in root position, the order would be C-G-E-G.
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Dobereiner was responsible for grouping element into triads. He grouped 3 element with same properties together.
Dobereiner's classification system had limitations because it only grouped elements based on triads and did not account for all known elements at the time. Additionally, the system did not explain why elements within triads had similar chemical properties. It was also limited by its inability to accommodate elements that did not fit neatly into triads.
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The merit of Dobereiner's Law of Triads is that it recognized patterns in chemical properties of certain elements and grouped them together based on similarities. However, a major demerit is that it was limited in its application and only applied to a few elements, making it less useful as more elements were discovered that did not fit into triads.
The law of triads helped in identifying patterns and relationships among elements, leading to the development of the periodic table. It also played a key role in the early classification of elements based on their atomic masses and properties. However, the law of triads was later superseded by more accurate and comprehensive periodic table arrangements.
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