The loudness of a sound is the __________ of the sound.
1. The loudness of a sound is the __________ of the sound.
Jawaban:
intensity
Penjelasan:
The loudness of a sound relates the intensity of any given sound to the intensity at the threshold of hearing. It is measured in decibels (dB). The threshold of human hearing has an intensity of about .
I'm sorry if my answer is incorrect
2. The ... of a sound wave is how high or low the sound is. It refers to the quality of the sound. This depends on the frequency of the sound wave.
Jawaban:
Gelombang bunyi adalah seberapa tinggi atau rendah bunyi tersebut. Ini mengacu pada kualitas suara. Hal ini tergantung pada frekuensi gelombang suara.
Penjelasan:
translate
3. Ahmad's neighbor is drilling in to the wall. Ahmad can hear the loud drilling sound from next door. What is the source of the sound? *
the drill???
i think lol-
4. the laudness of a sound is the ..... of the soundtolong jawab y kak pliss
Jawaban:
typical of the sound
maybe hehe
Jawaban:
determined
Penjelasan:
maaf kalau salah
semoga membantu
5. The longer the column of air is, the …. the pitch of the sound
Jawaban:
The shorter the column of air, the faster the air vibrates. The faster the vibrations, the higher the pitch. The sound produced depends on the amount of air in the tube. When the tube is out of the water, it contains more air, so the column of air is longer.
Jawaban:
the higher the pitch (?)......
6. The first stage of a sound recording is
First step is you have to prepare the recorder Tracking
#semoga_membantu
7. the loudness of sound is measured in
Kenyaringan suara diukur dalam?
Jawab:
Ambang frekuensi bunyi yang dapat didengar oleh telinga manusia berkisar getaran frekuensi 20 Hz sampai 20.000 Hz, pada amplitudo getaran dengan berbagai variasi dalam kurva responsnya.
Semogamembantu#
8. the first stage of a sound recording is
1.tahap pertama dr rekaman suara...bernyanyi
9. The sound that we can hear are types of audiosonic sound, while the volcanoes' sound is the types of ... sound. * A. audiosonic B. ultrasonic C. infrasonic D. microsonic
Jawaban:
a. audiosonic
Penjelasan:
maaf kalo salah
10. A ship measures the depth of a marine waters by using a sound device. The sound is fired at the bottom of the waters and 6 seconds later the reflective sound arrives back on the ship. If the speed of the sound in the water is 800 m / s, determine the depth of the water !
we know that
v(velocity)=800 m/s
t(time)=6 second
d=?
to determine the depth we will use the formula
D=v×t/2
d=800×6/2
=2400 m
or 2,4 km
so the depth of the water is 2400 m or 2,4 km
11. what is the source of the text?
A source text is a text from which information or ideas are derived. In translation, a source text is the original text that is to be translated into another language.
Description
12. the speed of light is ..... the speed sound
the speed of light is faster than the speed of sound
13. what is the source of the text
Jawaban:
I don't know, where is the text?
14. Soal perbandingan (dalam english)The frequency of sound emitted by a string is inversely proportional to the length of the string. when the string is 50cm long, the frequency of the sound is 256Hz. find a) the frequency of sound when the string is 40cm long.b) the length of string when the frequency is 400Hz.
Jawaban:
b) the length of string when the frequency is 400Hz.
Penjelasan dengan langkah-langkah:
Karena 265 Hz maka 50 cm
265<==>300
50<==>100
[tex]100 + 300 = 400 \: hz[/tex]
15. a source of sound has 0.4 m wavelength and a frequency of 340 Hz. The speed of the soundat is...(Sebuah sumber bunyi memiliki panjang gelombang 0,4 m dan frekuensi 340 Hz.Cepat rambat bunyi tersebut ialah...)
Diketahui:
λ = 0,4 m
f = 340 Hz
v = ?
Jawab:
v = f λ
v = (340 Hz)(0,4 m)
v = 136 m/s
Semoga membantu :)
16. What is the source of the tekt?
Jawaban:
there is no source of the text
17. 26. A sound wave from a police siren has an intensity of 100.0 W/m2 at a certain point; a second sound wave from a nearby ambulance has an intensity level that is 10 dB greater than the police siren's sound wave at the same point. What is the sound level of the sound wave due to the ambulance?
Jawaban:
sorry yah aku mau ambil koin mu soalnya aku mau kasih pertanyaan juga(╯︵╰,)
18. How is about the sound of the guitar
Jawaban:
Strings are run from the neck to the body. When a string is plucked its vibration is transmitted from the bridge, resonating throughout the top of the guitar. It is also transmitted to the side and back of the instrument, resonating through the air in the body, finally producing sound from the sound hole.
Jawaban:
Guitars consist of two sections: the neck and the body. Strings are run from the neck to the body. When a string is plucked its vibration is transmitted from the bridge, resonating throughout the top of the guitar. It is also transmitted to the side and back of the instrument, resonating through the air in the body, finally producing sound from the sound hole.
Penjelasan:
maafkloksalah
19. what is the sound of letter H?
Jawaban:
The sound is a voiceless or unvoiced sound.
Jawaban:
- abjad: H
ejaan huruf: eich
Penjelasan:
Ejaan bahasa Inggris:
- abjad: A
ejaan huruf: ei
- abjad: B
ejaan huruf: bi
- abjad: C
ejaan huruf: si
- abjad: D
ejaan huruf: di
- abjad: E
ejaan huruf: i
- abjad: F
ejaan huruf: ef
- abjad: G
ejaan huruf: ji
- abjad: H
ejaan huruf: eich
- abjad: I
ejaan huruf: ai
- abjad: J
ejaan huruf: jei
- abjad: K
ejaan huruf: kei
- abjad: L
ejaan huruf: el
- abjad: M
ejaan huruf: en
- abjad: N
ejaan huruf: en
- abjad: O
ejaan huruf: ou
- abjad: P
ejaan huruf: pi
- abjad: Q
ejaan huruf: kyu
- abjad: R
ejaan huruf: ar
- abjad: S
ejaan huruf: es
- abjad: T
ejaan huruf: ti
- abjad: U
ejaan huruf: yu
- abjad: V
ejaan huruf: vi
- abjad: W
ejaan huruf: dabel yu
- abjad: X
ejaan huruf: eks
- abjad: Y
ejaan huruf: wai
- abjad: Z
ejaan huruf: zi
JADIKAN JAWABAN YANG TERCERDAS YA
20. A stationary sound wave has a series of nodes. the distance between the first and the sixth node is 30.0 cm. what is the wavelength of the sound wave?
Panjang gelombang dari gelombang suara tersebut adalah: 15 cm
Penjelasan dengan langkah-langkahDiketahui: Gelombang suara stasioner memiliki serangkaian node. jarak antara simpul pertama dan keenam adalah 30,0 cm.
Ditanya: berapakah panjang gelombang dari gelombang suara tersebut?
Jawab:
Untuk menjawab soal tersebut, perlu diingat bahwa cara menentukan simpul dan perut pada gelombang stasioner pada ujung tetap, yaitu:
Simpul pertama merupakan titik awal, artinya jarak dari titik pantul = 0. Simpul ke-dua = ½ λ (setengah dari panjang gelombang), simpul ke-tiga = λ, simpul ke-empat = 1 ½ λ dan seterusnya.Perut pertama = ¼ λ, perut ke-dua = ¾ λ, perut ke-tiga = 1¼ λ dan seterusnya.Pada soal tersebut jarak antara simpul pertama dan keenam adalah 30,0 cm.
Maka, simpul ke-enam = 2λ
30 cm = 2λ
λ = 30 : 2
λ = 15 cm
Pelajari lebih lanjutMenentukan panjang gelombang: https://brainly.co.id/tugas/2278631
#BelajarBersamaBrainly #SPJ4
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