Mamenchisaurus, a sauropod dinosaur from Sichuan province in the Late Jurassic period, has one of the longest recorded necks of any species on Earth, ranging from 9 - 14 metres in length. Early reconstructions of sauropods placed them underwater like hippopotamus, with their heads protruding from the water like long breathing tubes or snorkels. Assuming that ⚫ the dinosaur is underwater in a lake or other body of fresh water, as shown in the image; and ⚫ the distance from the dinosaur's nose to its lungs is 10 metres, determine the (outside) pressure on the lungs. (Units: Pa). For the dinosaur to be able to breathe in (draw air into its lungs), its body must have had the capacity to reduce this pressure on the lungs, to the point where the pressure inside was less than the pressure at the dinosaur's nose.

College Physics
11th Edition
ISBN:9781305952300
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Chapter1: Units, Trigonometry. And Vectors
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Mamenchisaurus, a sauropod dinosaur from Sichuan province in
the Late Jurassic period, has one of the longest recorded necks of
any species on Earth, ranging from 9 - 14 metres in length. Early
reconstructions of sauropods placed them underwater like
hippopotamus, with their heads protruding from the water like
long breathing tubes or snorkels.
Assuming that
⚫ the dinosaur is underwater in a lake or other body of fresh
water, as shown in the image; and
⚫ the distance from the dinosaur's nose to its lungs is 10 metres,
determine the (outside) pressure on the lungs. (Units: Pa).
For the dinosaur to be able to breathe in (draw air into its lungs), its body must have had the capacity
to reduce this pressure on the lungs, to the point where the pressure inside was less than the pressure
at the dinosaur's nose.
Transcribed Image Text:Mamenchisaurus, a sauropod dinosaur from Sichuan province in the Late Jurassic period, has one of the longest recorded necks of any species on Earth, ranging from 9 - 14 metres in length. Early reconstructions of sauropods placed them underwater like hippopotamus, with their heads protruding from the water like long breathing tubes or snorkels. Assuming that ⚫ the dinosaur is underwater in a lake or other body of fresh water, as shown in the image; and ⚫ the distance from the dinosaur's nose to its lungs is 10 metres, determine the (outside) pressure on the lungs. (Units: Pa). For the dinosaur to be able to breathe in (draw air into its lungs), its body must have had the capacity to reduce this pressure on the lungs, to the point where the pressure inside was less than the pressure at the dinosaur's nose.
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