1. a note has a wavelength of 0.77955 m. if the speed of sound is 343.00 m/s, what pitch is this note? 2. a note has a wavelength of 0.52028 m. if the speed of sound is 343.00 m/s, what pitch is this note? 3. a note has a wavelength of 0.65552 m. if the speed of sound is 343.00 m/s, what pitch is this note? 4. a d note has a frequency of 587.33 hz. calculate its wavelength in meters. 5. a b note has a frequency of 493.88 hz. calculate its wavelength in meters. 6. an f note has a frequency of 698.46 hz. calculate its wavelength in meters. 7. a note has a wavelength of 0.5840 m. if the speed of sound is 343.00 m/s, what pitch is this note? 8. a note has a wavelength of 0.4375 m. if the speed of sound is 343.00 m/s, what pitch is this note? 9. a g note has a frequency of 783.99 hz. calculate its wavelength in meters. 10. an e note has a frequency of 659.26 hz. calculate its wavelength in meters. table: frequencies of music notes pitch frequencya 440.00 hzb 493.88 hzc 523.25 hzd 587.33 hze 659.26 hzf 698.46 hzg 783.99 hz

1.A note has a wavelength of 0.77955 m. If the speed of sound is 343.00 m/s, what pitch is this note?

a

2.A note has a wavelength of 0.52028 m. If the speed of sound is 343.00 m/s, what pitch is this note?

e

3.A note has a wavelength of 0.65552 m. If the speed of sound is 343.00 m/s, what pitch is this note?

c

4.A D note has a frequency of 587.33 Hz. Calculate its wavelength in meters.

0.584m

5.A B note has a frequency of 493.88 Hz. Calculate its wavelength in meters.

0.6945m

6.An F note has a frequency of 698.46 Hz. Calculate its wavelength in meters.

1m

7.A note has a wavelength of 0.5840 m. If the speed of sound is 343.00 m/s, what pitch is this note?

587.328767123

8.A note has a wavelength of 0.4375 m. If the speed of sound is 343.00 m/s, what pitch is this note?

g

9.An E note has a frequency of 659.26 Hz. Calculate its wavelength in meters.

0.438m

10.A G note has a frequency of 783.99 Hz. Calculate its wavelength in meters.

0.520m

Explanation:

the correct option is c.

isotopes refers to different forms of the same element with the same atomic number but different mass number as a result of difference in their neutron numbers. isotopes have different relative atomic mass but share the same chemical properties.