What mass in grams is needed to vibrate the string (linear mass density is 0.023 g/cm) and produce a standing wave shown

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What mass in grams is needed to vibrate the string (linear mass density is 0.023 g/cm) and produce a standing wave shown

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What Mass In Grams Is Needed To Vibrate The String Linear Mass Density Is 0 023 G Cm And Produce A Standing Wave Shown 1
What Mass In Grams Is Needed To Vibrate The String Linear Mass Density Is 0 023 G Cm And Produce A Standing Wave Shown 1 (25.65 KiB) Viewed 21 times
What mass in grams is needed to vibrate the string (linear mass density is 0.023 g/cm) and produce a standing wave shown in the picture below? The frequency of the vibrator is 126 Hz and the length of the string is 90 cm. (Enter only the numerical value and must be a whole number) pulley mass vibrator
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