Question

A 526 kg mass is hung from the end of a string with linear density 3.5 g/m around a small frictionless peg. A vibrator is attached at a point near the end of the string. For some values of the vibrator’s frequency and this mass the string resonates with visible standing waves. The vibrating length of the string is 2 m. What is the frequency that will produce the standing wave shown? The acceleration of gravity is 9.8 m/s 2 . Answer in units of Hz. A 526 kg mass is hung from the end of a string with linear density 3.5 g/m around a small frictionless peg. A vibrator is attached at a point near the end of the string. For some values of the vibrator's frequency and this mass the string resonates with visible standing waves. The vibrating length of the string is 2 m. Your response... Previous Responses 2 m X #1.1820.38 X #2. 539.373 =3.5 g/m vibrator 526 kg PALETTE What is the frequency that will produce the standing wave shown? The acceleration of gravity is 9.8 m/s2 Answer in units of Hz

          A 526 kg mass is hung from the end of a
string with linear density 3.5 g/m around a
small frictionless peg. A vibrator is attached
at a point near the end of the string. For
some values of the vibrator’s frequency and
this mass the string resonates with visible
standing waves. The vibrating length of the
string is 2 m. 
What is the frequency that will produce
the standing wave shown? The acceleration
of gravity is 9.8 m/s
2
.
Answer in units of Hz.
A 526 kg mass is hung from the end of a string with linear density 3.5 g/m around a small frictionless peg. A vibrator is attached at a point near the end of the string. For some values of the vibrator's frequency and this mass the string resonates with visible standing waves. The vibrating length of the string is 2 m.
Your response...
Previous Responses
2 m
X #1.1820.38 X #2. 539.373
=3.5 g/m vibrator
526 kg
PALETTE
What is the frequency that will produce the standing wave shown? The acceleration of gravity is 9.8 m/s2 Answer in units of Hz

a 526 kg mass is hung from the end of a string with linear density 35 gm around a small frictionless peg a vibrator is attached at a point near the end of the string for some values of the v 67938

Added by Taylor O.

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