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F(x)=2.5(1.2)^x-1 is your answer
<span>There have always been groups of musicians playing together.
</span>The word "orchestra" is Greek in origins, and originally meant the place where Greek chorus sang and danced.
<span>In the Baroque orchestra (1600-1760), the strings and winds played the same sort of music melodically and rhythmically and there were from 10 to 30 players.
</span>After the Baroque, developed was the Classical orchestra (1750-1830). It used 30 to 60 players and had developed into a flexible and colourful instrument to which composers could entrust their most powerful and dramatic musical conceptions.<span>
</span><span>Romantic orchestras (1815-1910) had as many as 100 players or more, and featured greater use of brass and piano.</span>
The modern present symphony orchestra varies in size, but typically has a strength of about 100 and <span>comprises some 16 first and second violins, 14 violas, 14 cellos and 8 - 10 double basses. </span>
Answer:
1 - حوار إيراد المصيبلات ealaa 'أسخاخأخارين
2. ahsil ealaa راي ألاخرين
3 - أشارة ليماده هده آرا
4. eabr ean wijhat nazarik
تفسير:
asif 'iidha lm yusaeid hdha
sorry if this is the wrong language
Answer:
c. It creates differentiation between each part through the use of dimension and scale.
Explanation:
<u> Symmetry is a visual representation that is the same on both sides</u>. <u>On the middle of the image is an imaginary or real mirror line, and on either side of it, the object or picture is the same, only reversed as if in the mirror. </u>
In art, symmetry is beneficial because it gives a sense of harmony and balance, making it more appealing to the observer.
If the parts of the image are different, the image is not symmetrical. <u>This is why the statement under c) is not describing symmetry – it should not have differentiating parts that vary in size and measurements. </u>
The statement under c. is likely describing asymmetrical balance, which creates harmony through the lack of symmetry and various shapes and sizes.