If this were a traditional "face to face" A&P lab and you were examining real human bones from your "box of bones," you'd notice that the xiphoid process is not attached to the sternum and is floating

If this were a traditional "face to face" A&P lab and you were examining real human bones from your "box of bones," you'd notice that the xiphoid process is not attached to the sternum and is floating around the bottom of the box, or it's lost completely. Why do you think this may be such a common occurrence? HINT: Think about how it is attached - what holds it in place when we're alive?

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If this were a traditional "face to face" A&P lab and you were examining real human bones from your "box of bones," you'd notice that the xiphoid pr…

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