What is the speed of sound in tendon tissue?

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Sharpen your skills for the Davies Publishing SPI Test with targeted flashcards and multiple-choice questions, complete with hints and clarifications. Prepare thoroughly for success!

Multiple Choice

What is the speed of sound in tendon tissue?

Explanation:
Sound travels faster in stiffer, less compressible materials. Tendon has a dense, highly organized collagen network that makes it relatively stiff for a soft tissue, so its sound speed is higher than in most other soft tissues. The speed in tendon is typically around 1,700 m/s, which is faster than fat or muscle (roughly 1,450–1,600 m/s) but much slower than bone (which is several thousand m/s). This combination explains why 1,700 m/s is the best value for tendon.

Sound travels faster in stiffer, less compressible materials. Tendon has a dense, highly organized collagen network that makes it relatively stiff for a soft tissue, so its sound speed is higher than in most other soft tissues. The speed in tendon is typically around 1,700 m/s, which is faster than fat or muscle (roughly 1,450–1,600 m/s) but much slower than bone (which is several thousand m/s). This combination explains why 1,700 m/s is the best value for tendon.

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