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Usimov [2.4K]
3 years ago
11

What is the wavelength of a sound wave moving at 340 m/s with a frequency of 256 Hz?

Chemistry
1 answer:
777dan777 [17]3 years ago
5 0
The  wavelength  of  a sound  wave  moving  at 340  m/s  and   with  a frequency of  256  Hz   is  calculated using the  the below  formula

wavelength =  speed  of the  wave/frequency

speed  of  the  wave = 340 m/s
frequency = 256 Hz

wavelength  is therefore =  340/256 =  1.32 m
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a solution of unknown molecular substance is prepared by dissolving 0.50g of the unknown in 8.0g of benzene. the solution freeze
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Answer:

THE MOLAR MASS OF THE UNKNOWN MOLECULAR SUBSTANCE IS 200 G/MOL.

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First, calculate the temperature difference between the freezing point of pure benzene and the final solution freezing point.

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Next is to calculate the number of moles or molarity of the compound that dissolved.

Using the formula:

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1.6 °C = 1 * 5.12 * x/ 0.005 kg of benzene

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x = 0.0128 / 5.12

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Next is to calculate the molar mass using the formula, molarity = mass / molar mass

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