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The Displacement of a Vibrating String Versus Position Along the String

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The displacement of a vibrating string versus position along the string is shown in the figure.The periodic waves have a speed of 10.0 cm/s.A and B are two points on the string.   The displacement of a vibrating string versus position along the string is shown in the figure.The periodic waves have a speed of 10.0 cm/s.A and B are two points on the string.   -A steel wire of mass 0.400 kg and length 0.640 m supports a 102-kg block.The wire is struck exactly at its midpoint causing a small displacement.How long does it take the peak of this displacement to reach the top of the wire?   A) 2.00 × 10<sup>-</sup><sup>3</sup> s B) 4.00 × 10<sup>-</sup><sup>3</sup> s C) 6.00 × 10<sup>-</sup><sup>3</sup> s D) 8.00 × 10<sup>-</sup><sup>3</sup> s E) 1.60 × 10<sup>-</sup><sup>2</sup> s
-A steel wire of mass 0.400 kg and length 0.640 m supports a 102-kg block.The wire is struck exactly at its midpoint causing a small displacement.How long does it take the peak of this displacement to reach the top of the wire?   The displacement of a vibrating string versus position along the string is shown in the figure.The periodic waves have a speed of 10.0 cm/s.A and B are two points on the string.   -A steel wire of mass 0.400 kg and length 0.640 m supports a 102-kg block.The wire is struck exactly at its midpoint causing a small displacement.How long does it take the peak of this displacement to reach the top of the wire?   A) 2.00 × 10<sup>-</sup><sup>3</sup> s B) 4.00 × 10<sup>-</sup><sup>3</sup> s C) 6.00 × 10<sup>-</sup><sup>3</sup> s D) 8.00 × 10<sup>-</sup><sup>3</sup> s E) 1.60 × 10<sup>-</sup><sup>2</sup> s


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Percent

A mathematical term describing a number or ratio expressed as a fraction of 100.

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A standardized assessment designed to measure human intelligence and cognitive abilities.

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The Wechsler Adult Intelligence Scale is a test created for assessing the intelligence levels of adults and older adolescents.

Stanford-Binet

The widely used American revision (by Terman at Stanford University) of Binet’s original intelligence test.

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