72 waves pass through a fixed point in 1.5 minutes. the speed of the waves is 4 m/s. the wavelength of the waves will be

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72 waves pass through a fixed point in 1.5 minutes. the speed of the waves is 4 m/s. the wavelength of the waves will be

Citing a Website in.
Desmos | Graphing.
72 waves pass through a fixed point in 1.5 minutes. The speed of the
2 poir
waves is 4 m/s. The wavelength of the waves will be
10 Hz
5 Hz
192 Hz
432 Hz
72 waves pass through a fixed point in 1.5 minutes. The speed of the
2 points
waves is 4 m/s. The time period of the waves will be
1.25 seconds
2.5 seconds
48 seconds
108 seconds
30 waves pass through a fixed point in 6 seconds. The frequency of the
1 point
waves will be:
180 Hz
0.2 Hz
5 Hz
24 Hz
acer
Transcribed Image Text:Citing a Website in. Desmos | Graphing. 72 waves pass through a fixed point in 1.5 minutes. The speed of the 2 poir waves is 4 m/s. The wavelength of the waves will be 10 Hz 5 Hz 192 Hz 432 Hz 72 waves pass through a fixed point in 1.5 minutes. The speed of the 2 points waves is 4 m/s. The time period of the waves will be 1.25 seconds 2.5 seconds 48 seconds 108 seconds 30 waves pass through a fixed point in 6 seconds. The frequency of the 1 point waves will be: 180 Hz 0.2 Hz 5 Hz 24 Hz acer
wave equation x
ScyyNdub_irYh9MAqmCChhokqXFTtu5qxwDpAMazM6dye7_ww/viewform
öwl pki y Citing a Website in.
Sa Desmos | Graphing...
24 waves pass through a fixed point in 2 minutes. The frequency of the
1 point
waves will be:
12 Hz
48 Hz
0.1 Hz
10 Hz
0.2 Hz
A tuning fork creates sound waves with a frequency of 170 Hz. If the speed 1 point
of sound in air is 340 m/s, calculate the wavelength of the sound waves.
0.5 m
2 m
57,800 m
510 m
A copy of your responses will be emailed to maisnaser190@mkschoolsbh.com.
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Transcribed Image Text:wave equation x ScyyNdub_irYh9MAqmCChhokqXFTtu5qxwDpAMazM6dye7_ww/viewform öwl pki y Citing a Website in. Sa Desmos | Graphing... 24 waves pass through a fixed point in 2 minutes. The frequency of the 1 point waves will be: 12 Hz 48 Hz 0.1 Hz 10 Hz 0.2 Hz A tuning fork creates sound waves with a frequency of 170 Hz. If the speed 1 point of sound in air is 340 m/s, calculate the wavelength of the sound waves. 0.5 m 2 m 57,800 m 510 m A copy of your responses will be emailed to maisnaser190@mkschoolsbh.com. Submit Page 1 of 1 This form was created inside of Modern Knowledge Schools. Report Abuse Google Forms acer
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