Explain why you sometimes hear tones that were higher in frequency than the fundamental.
ANSWER IS AVAILABLE IN THE BELOW GIVEN LINK
https://physics.info/waves-standing/
Explain why you sometimes hear tones that were higher in frequency than the fundamental.
Explain why one firm sometimes appears to be earning higher profits than another but, in reality, is not.
The fundamental frequency of C=O stretching is higher than that of C=C stretching. The Intensity of C=O stretching is stronger than that of C=C stretching. Explain.
Instruments such as guitars and violins use stretched strings. The tone produced depends on the frequency of a string’s vibration – a higher frequency means a higher tone. Explain why notes of higher tone are produced when fingers are placed on the strings, and why strings for lower tones are thicker or heavier than those for higher tones
12.3 (a) In which of these scenarios do you hear a higher pitched sound? Explain speed vo you at speed vo (i) A train with its horn sounding is stationary and you move directly towards it with a (ii) You stationary and the same train is sounding its horn as it moves directly towards (b) What is the difference in pitch between the above two scenarios if vo-30 m/s, the frequency of the train horn is 800 Hz and the...
Homework 7.2 The sound frequency a listener hear will be shifted to a higher value if the listener is moving towards a stationary source or the sound source is moving towards the stationary listener. However, the shifts are not the same for the same speeds in these two cases. Derive the relationship of the two speeds (speed of the listener and the speed of the sound) for the same frequency shift assuming the sound speed relative to the medium is...
Please answer why thoroughly! At room temperature, the fundamental frequency of an open-open tube is 500 Hz. If taken outside on a cold winter day, the fundamental frequency will be A. Less than 500 Hz. B. 500 Hz. C. More than 500 Hz.
How many octaves higher is the frequency in column B than the frequency in column A? A / B a. 250 Hz / 500 Hz b. 250 Hz / 4000 Hz c. 100 Hz / 400 Hz d. 1414 Hz / 5656 Hz * Please explain how you would calculate this!
When you drop a rock into a well, you hear the splash 2.0 seconds later. How deep is the well? If the depth of the well were doubled, would the time required to hear the splash be greater than, less than, or equal to 4.0 seconds? Please explain why
If you were a borrower, would you prefer a higher or lower compounding frequency for a given nominal (stated) interest rate?
Explain the reticulocyte production index and why it is why it is sometimes necessary to use rather than the raw retic count.