4 An elastic string is stretched between two points 10 cm apart. A point P on the string 2 cm from the left-hand end, i.e. the origin, is drawn aside 1 cm from its position of rest and released with zero velocity. Solve the one-dimensional wave equation to determine the displacement of any point at any instant.
4 An elastic string is stretched between two points 10 cm apart. A point P on the string 2 cm from the left-hand end, i.e. the origin, is drawn aside 1 cm from its position of rest and released with zero velocity. Solve the one-dimensional wave equation to determine the displacement of any point at any instant.
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![4 An elastic string is stretched between two points 10 cm apart. A point P
on the string 2 cm from the left-hand end, i.e. the origin, is drawn aside
1 cm from its position of rest and released with zero velocity. Solve the
one-dimensional wave equation to determine the displacement of any
point at any instant.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F13562c6c-d598-4c0f-a6c3-eda4ce8aab05%2Fc63c1ff0-27d5-4230-9ace-9ebdd4d5b44a%2Frc2a6fo_processed.jpeg&w=3840&q=75)
Transcribed Image Text:4 An elastic string is stretched between two points 10 cm apart. A point P
on the string 2 cm from the left-hand end, i.e. the origin, is drawn aside
1 cm from its position of rest and released with zero velocity. Solve the
one-dimensional wave equation to determine the displacement of any
point at any instant.
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