17. Pada rangkaian berikut, jika beda potensial listrik
pada hambatan 2 ohm adalah 10 Volt, maka beda
potensial pada hambatan 3 ohm adalah
(A) 7,5 V
(B) 15 V
(C) 20 V
(D) 25 V
(E) 170 V

All of the following are types of **lyric **poetry except Madrigals. Option ( d ) is correct.
What do you mean by Poetry?
Poetry is **literature **that uses words chosen and arranged for their meaning, sound, and rhythm to elicit a **focused **imaginative awareness of **experience **or a particular emotional response.
A **ballad **is a kind of story-telling poem that was originally written to be sung or recited. A ballad has a setting , a plot, and characters because it tells a tale. Literary ballads, folk songs, and **traditional **ballads all exist.
A **tanka **poem is a Japanese poetry with two additional lines that is comparable to a haiku .
A 14-line lyric poetry known as a **sonnet **is often composed in iambic pentameter. Many times, sonnets are categorized as **Petrarchan **or Shakespearean.
A **madrigal **is a kind of polyphonic, secular song that rose to popularity in Europe throughout the **Renaissance **and early Baroque eras.
Therefore, Option ( d ) is correct. **Madrigals **is not a a type of lyric poetry.
Learn more about Poetry , here;
https://brainly.com/question/1852007
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Answered by edwinvt809 | 2024-06-16

All of the following are types of lyric poetry except;
A.\ttankas.
B.\tballads.
C.\tsonnets.
D.\tmadrigals.
A. TANKAS ( This is your answer)

Answered by nolanwhites20181 | 2024-06-24

The type of lyric poetry that does not belong among the options is madrigals, which are primarily musical compositions rather than poetry. The correct option is D. madrigals . Other options like tankas, ballads, and sonnets are indeed types of lyric poetry.
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Answered by edwinvt809 | 2024-10-01

Jawaban:Rangkaian diketahui:Tegangan pada hambatan .Ditanya: tegangan pada hambatan .---Langkah Penyelesaian1. Cari arus pada resistor 2ΩV = I \cdot R \quad \Rightarrow \quad I = \frac{V}{R} = \frac{10}{2} = 5 \, A---2. Lihat bagian rangkaian setelah 2ΩSetelah resistor , arus masuk ke percabangan paralel:Cabang 1: Cabang 2: ---3. Tentukan tegangan pada cabang paralelKedua cabang mendapat tegangan yang sama.Resistansi ekuivalen paralel:R_{eq} = \frac{8 \times 7}{8+7} = \frac{56}{15} \approx 3,73 \, \OmegaTegangan pada paralel:V_{paralel} = I \cdot R_{eq} = 5 \times \frac{56}{15} = \frac{280}{15} \approx 18,67 \, V---4. Arus pada cabang 7Ω (4Ω + 3Ω)I_{7} = \frac{V_{paralel}}{7} = \frac{18,67}{7} \approx 2,67 \, A---5. Tegangan pada resistor 3ΩResistor 3Ω seri dengan 4Ω dalam cabang 7Ω.V_{3} = I_{7} \cdot 3 = 2,67 \times 3 = 8 \, V \approx 7,5 \, V--- Jawaban:Tegangan pada resistor 3Ω = 7,5 VPilihan (A)

Answered by raihan1201 | 2025-08-21