Consider two ocean ridge segments connected by a transform fault: (b) = ridge 100km. transform fault 50 mm/yr 100km- (a) 50 mm/yr There is a vertical offset at the transform fault because of the age difference of the oceanic crust on either side of the fault. Find the vertical offsets at (a) and (b). Use po = 3330 kg m-³, k = 10-6m² s-¹, a = 3 x 10-5 K-¹, Tm 1300°C, T, (i.e. surface temperature) = 0 °C, and pw = 1000 kg m-³.
Consider two ocean ridge segments connected by a transform fault: (b) = ridge 100km. transform fault 50 mm/yr 100km- (a) 50 mm/yr There is a vertical offset at the transform fault because of the age difference of the oceanic crust on either side of the fault. Find the vertical offsets at (a) and (b). Use po = 3330 kg m-³, k = 10-6m² s-¹, a = 3 x 10-5 K-¹, Tm 1300°C, T, (i.e. surface temperature) = 0 °C, and pw = 1000 kg m-³.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Solve given this equation.
Transcribed Image Text:Consider two ocean ridge segments connected by a transform fault:
(b)
ridge
50 mm/yr
100km 100km
transform fault
(a)
50 mm/yr
There is a vertical offset at the transform fault because of the age difference of the oceanic crust on
either side of the fault. Find the vertical offsets at (a) and (b). Use po 3330 kg m-³, k = 10−6m² s¯¹,
-3
a = 3 × 10-5 K-¹, Tm = 1300°C, T, (i.e. surface temperature) = 0 °C, and pw
-3
1000 kg m-³.
=
=
Transcribed Image Text:Ah(t) =
=
apo(Im - T₂) 2 ( Kt)
Po - Pw
1/2
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