What has my professor done in part b, could you help me understand how she's changed pressure in Mercury to pascal's? 1.16(a) Giraffe will lower his/her head 6 m to drink water at ground levelfrom the level when he/she is eating leaves.• Determine the change in hydrostatic blood pressure in a giraffe'shead during the change of the position. Assme the specific gravityof giraffe's blood, SG=1.●solution(a)Compare the pressure change calculated above to the normal 120mm of mercury pressure in a human's heart. The specific gravaityof mercury is 13.6.1200 kg/m²³к дризSG=1 ; f = 1x1000 = 1200

To change the pressure head into pressure unit we apply a formula given below.

Answered: What has my professor done in part b,…

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What has my professor done in part b, could you help me understand how she's changed pressure in Mercury to pascal's?

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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Question

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What has my professor done in part b, could you help me understand how she's changed pressure in Mercury to pascal's?

1.
16
(a) Giraffe will lower his/her head 6 m to drink water at ground level
from the level when he/she is eating leaves.
• Determine the change in hydrostatic blood pressure in a giraffe's
head during the change of the position. Assme the specific gravity
of giraffe's blood, SG=1.
●
solution
(a)
Compare the pressure change calculated above to the normal 120
mm of mercury pressure in a human's heart. The specific gravaity
of mercury is 13.6.
1200 kg/m²³
к дриз
SG=1 ; f = 1x1000 = 1200
<p = 8gh = 1000 x 9.81× 6 =58860P₂
pressure in human heart
p=120mnity
commitg
=1600992 Pa
P
120x 10 ³ x 13.6 ×/000x981
headl
human heart
change of pressore in giraffe's
pressure.
58860
1600492 =3.67

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