Scientist found evidence that mars may once have had an ocean that is 0.500 km deep. The acceleration due to gravity on mars is 3.71 m/s2. What would be the fluid pressure (in Pa) at the bottom of the ocean ? To solve this, which of the following is/are the best equation/s to use

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11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
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Scientist found evidence that mars may once have had an ocean that is 0.500 km deep. The acceleration due to gravity on mars is 3.71 m/s2. What would be the fluid pressure (in Pa) at the bottom of the ocean ?

To solve this, which of the following is/are the best equation/s to use 

dU = dQ – dW
Q = mL
1
Pz+ pgh2+pv = P1+pgh1+
pv
W
e =
QH
W =
dv
P= pgh
A1V1= A2V2
1 |9142|
F =
4πεο
PV = nRT
Qp
AS =
F1_ F2
A1
A2
Q= mcAT
E=F/q
Transcribed Image Text:dU = dQ – dW Q = mL 1 Pz+ pgh2+pv = P1+pgh1+ pv W e = QH W = dv P= pgh A1V1= A2V2 1 |9142| F = 4πεο PV = nRT Qp AS = F1_ F2 A1 A2 Q= mcAT E=F/q
Fb= P fluidgV
F=ma
Fb = P fluidgV submerged
9 enc
þɛda =
€0
p =m/V
Tk=Tc+273.15K
AL= «LOAT
Transcribed Image Text:Fb= P fluidgV F=ma Fb = P fluidgV submerged 9 enc þɛda = €0 p =m/V Tk=Tc+273.15K AL= «LOAT
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