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(b) Two stretched strings fixed sonorseter. Their semions, Iengths, diameters and densities are in the ratio of 8:1, 36:35, 4:1 and 12 sespectively. How many beats will he produced while they are vibrated together! (Frequency of higher pitch string is 360 Hz)?
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(b) Two stretched strings fixed sonorseter. Their semions, Iengths, di...
Analysis:
- Given ratios:
- Tension: 8:1
- Length: 36:35
- Diameter: 4:1
- Density: 12:1

Calculations:
- Let the frequency of the lower pitch string be x Hz
- Using the length ratio, the frequency of the higher pitch string = 360 Hz
- Using the tension ratio, T1/T2 = √(360/x)
- Using the diameter and density ratios, d1/d2 = √(12)
- Solving the equations, we find x = 330 Hz

Beat Frequency Calculation:
- Beat frequency = |f1 - f2| = |360 - 330| = 30 Hz
Therefore, 30 beats will be produced while vibrating the strings together.
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(b) Two stretched strings fixed sonorseter. Their semions, Iengths, diameters and densities are in the ratio of 8:1, 36:35, 4:1 and 12 sespectively. How many beats will he produced while they are vibrated together! (Frequency of higher pitch string is 360 Hz)?
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(b) Two stretched strings fixed sonorseter. Their semions, Iengths, diameters and densities are in the ratio of 8:1, 36:35, 4:1 and 12 sespectively. How many beats will he produced while they are vibrated together! (Frequency of higher pitch string is 360 Hz)? for Chemistry 2025 is part of Chemistry preparation. The Question and answers have been prepared according to the Chemistry exam syllabus. Information about (b) Two stretched strings fixed sonorseter. Their semions, Iengths, diameters and densities are in the ratio of 8:1, 36:35, 4:1 and 12 sespectively. How many beats will he produced while they are vibrated together! (Frequency of higher pitch string is 360 Hz)? covers all topics & solutions for Chemistry 2025 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for (b) Two stretched strings fixed sonorseter. Their semions, Iengths, diameters and densities are in the ratio of 8:1, 36:35, 4:1 and 12 sespectively. How many beats will he produced while they are vibrated together! (Frequency of higher pitch string is 360 Hz)?.
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