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Two open organ pipes of lengths 50 cm & 50.5cm produce 3beats/second. Calculate the velocity of sound in âir.?
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Two open organ pipes of lengths 50 cm & 50.5cm produce 3beats/second. ...
You answer 👉Here, l1=50 cm, l2= 50.5cmSuppose the velocity of sound =Vn1= v ÷ 2l1 = V ÷100n2 = V÷2l2 = V÷2×50.5 = V÷101Beats/second =3 n1-n2 =3.•. V÷100-V÷101 =3Or V÷10100=3Or V = 30,300cm/Sec. 👈Hope u understand.!!!!😉😉😉😉
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Two open organ pipes of lengths 50 cm & 50.5cm produce 3beats/second. ...
Calculating the Velocity of Sound in Air
- Given Data:
- Length of first open organ pipe (L1) = 50 cm
- Length of second open organ pipe (L2) = 50.5 cm
- Beats produced per second = 3
- Calculating the Frequency of the Beating Sound:
- The frequency of the beating sound is equal to the difference in frequencies of the two pipes.
- Let v be the velocity of sound in air, f1 be the frequency of the first pipe, and f2 be the frequency of the second pipe.
- f1 = v / (2 * L1)
- f2 = v / (2 * L2)
- The difference in frequencies is given by: |f1 - f2| = 3 Hz
- Substitute the Values into the Equations:
- |(v / (2 * L1)) - (v / (2 * L2))| = 3
- |(v / (2 * 0.5)) - (v / (2 * 50.5))| = 3
- |(v / 1) - (v / 101)| = 3
- |(101v - v) / 101| = 3
- |100v / 101| = 3
- 100v = 303
- v = 303 / 100
- v = 3.03 m/s
- Conclusion:
- The velocity of sound in air is calculated to be 3.03 m/s.
- Given Data:
- Length of first open organ pipe (L1) = 50 cm
- Length of second open organ pipe (L2) = 50.5 cm
- Beats produced per second = 3
- Calculating the Frequency of the Beating Sound:
- The frequency of the beating sound is equal to the difference in frequencies of the two pipes.
- Let v be the velocity of sound in air, f1 be the frequency of the first pipe, and f2 be the frequency of the second pipe.
- f1 = v / (2 * L1)
- f2 = v / (2 * L2)
- The difference in frequencies is given by: |f1 - f2| = 3 Hz
- Substitute the Values into the Equations:
- |(v / (2 * L1)) - (v / (2 * L2))| = 3
- |(v / (2 * 0.5)) - (v / (2 * 50.5))| = 3
- |(v / 1) - (v / 101)| = 3
- |(101v - v) / 101| = 3
- |100v / 101| = 3
- 100v = 303
- v = 303 / 100
- v = 3.03 m/s
- Conclusion:
- The velocity of sound in air is calculated to be 3.03 m/s.
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Two open organ pipes of lengths 50 cm & 50.5cm produce 3beats/second. Calculate the velocity of sound in âir.?
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Two open organ pipes of lengths 50 cm & 50.5cm produce 3beats/second. Calculate the velocity of sound in âir.? for Class 10 2024 is part of Class 10 preparation. The Question and answers have been prepared according to the Class 10 exam syllabus. Information about Two open organ pipes of lengths 50 cm & 50.5cm produce 3beats/second. Calculate the velocity of sound in âir.? covers all topics & solutions for Class 10 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Two open organ pipes of lengths 50 cm & 50.5cm produce 3beats/second. Calculate the velocity of sound in âir.?.
Two open organ pipes of lengths 50 cm & 50.5cm produce 3beats/second. Calculate the velocity of sound in âir.? for Class 10 2024 is part of Class 10 preparation. The Question and answers have been prepared according to the Class 10 exam syllabus. Information about Two open organ pipes of lengths 50 cm & 50.5cm produce 3beats/second. Calculate the velocity of sound in âir.? covers all topics & solutions for Class 10 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Two open organ pipes of lengths 50 cm & 50.5cm produce 3beats/second. Calculate the velocity of sound in âir.?.
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