A standing wave is given by E = 83 sin(0. 8198 x) cos(7.477 t). a)' ] Determine two waves that can be superimposed to generate it. Ej = sin t) X- E2 = sint X+ t) b)l For x20, what is the location of the antinode having the second smallest value of x? c). 'For x20, what is the location of the node having the smallest value of x? m
A standing wave is given by E = 83 sin(0. 8198 x) cos(7.477 t). a)' ] Determine two waves that can be superimposed to generate it. Ej = sin t) X- E2 = sint X+ t) b)l For x20, what is the location of the antinode having the second smallest value of x? c). 'For x20, what is the location of the node having the smallest value of x? m
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![A standing wave is given by E = 83 sin(0.8198 x) cos(7.477 t).
a)'
] Determine two waves that can be superimposed to generate it.
Ej =
sin
X -
t).
E2
sint
t)
%3D
b)I
For x20, what is the location of the antinode having the second smallest
value of x?
m
c).
'For x20, what is the location of the node having the smallest value of x?
m](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F4709308e-9f25-4e69-a199-a286e90627f0%2Fee09713a-ee1d-45c5-8e3f-6383ef1f7deb%2F1s6vs8i_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A standing wave is given by E = 83 sin(0.8198 x) cos(7.477 t).
a)'
] Determine two waves that can be superimposed to generate it.
Ej =
sin
X -
t).
E2
sint
t)
%3D
b)I
For x20, what is the location of the antinode having the second smallest
value of x?
m
c).
'For x20, what is the location of the node having the smallest value of x?
m
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