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Find Air Temperature in a 25.3cm Air Column with 1024Hz Frequency
Oh, my I must have skipped that. Thank you for clearing the my question. So instead of just 4L, it's actually 4L/3 which is the 2nd resonate. I am using the formula of velocity= 332 + 0.6(t) I feel so dumb right now.. Thank You.- Obscurities
- Post #7
- Forum: Introductory Physics Homework Help
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Find Air Temperature in a 25.3cm Air Column with 1024Hz Frequency
I thought overtone and fundamental were the same... Wavelength(Frequency)= Velocity the longer the wavelength the lower the frequency the shorter the wavelength the higher the frequency? 4L = 1.012m v= 4L*f v= (1.012m)(1024Hz) =1036.28 T= (1036.28-332)/0.6 = 1173.8 C Which is entirly...- Obscurities
- Post #5
- Forum: Introductory Physics Homework Help
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Find Air Temperature in a 25.3cm Air Column with 1024Hz Frequency
I actually have.. plenty. wavelength is 1/4 the length so i it is 4(0.253)- Obscurities
- Post #3
- Forum: Introductory Physics Homework Help
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Find Air Temperature in a 25.3cm Air Column with 1024Hz Frequency
Homework Statement An air column is closed at on end, with a length of 25.3cm, resonates in the first overtone. If the frequency of the sound wave is 1024Hz, find the air tempature inside the column. Homework Equations v=f(wavelength) v= 332 + v/v+-vs The Attempt at a Solution- Obscurities
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- Air Column Frequency Temperature
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- Forum: Introductory Physics Homework Help