Use the following phase relationships to answer the next two questions: Ww. y = Ya = W. W+Ww. Ysat Yw = S, =v. V Vw n = e= Ys Ws Ww G3 = Yw %3D Ws Relationship required Gs; e Gs; n Gs; » Consider Then Vs = 1 V = 1 Ws = 1 e = Vv n = Vv ) = Ww Consider the unit weight of water as Yw = 1g/cm³ (a) For a saturated soil, show that G3YW Ya = 1+e (b) On a partly saturated soil the following properties are known: The sample has a volume of 50 cm3, a weight of 95 g, a dry weight of 75 g and an specific gravity of 2.68. Please estimate: water content, void ratio, saturation, unit weight and dry unit weight.
Use the following phase relationships to answer the next two questions: Ww. y = Ya = W. W+Ww. Ysat Yw = S, =v. V Vw n = e= Ys Ws Ww G3 = Yw %3D Ws Relationship required Gs; e Gs; n Gs; » Consider Then Vs = 1 V = 1 Ws = 1 e = Vv n = Vv ) = Ww Consider the unit weight of water as Yw = 1g/cm³ (a) For a saturated soil, show that G3YW Ya = 1+e (b) On a partly saturated soil the following properties are known: The sample has a volume of 50 cm3, a weight of 95 g, a dry weight of 75 g and an specific gravity of 2.68. Please estimate: water content, void ratio, saturation, unit weight and dry unit weight.
Engineering Fundamentals: An Introduction to Engineering (MindTap Course List)
5th Edition
ISBN:9781305084766
Author:Saeed Moaveni
Publisher:Saeed Moaveni
Chapter15: Computational Engineering Tools Matlab
Section: Chapter Questions
Problem 19P
Related questions
Question
![Use the following phase relationships to answer the next two questions:
Ws.
y = ; Ya =:
W.
W+Ww.
Yw =
Vw
Ww.
Vw
Sr
Ysat
%3D
V
Ws
Ww.
Ys
VsYw
Vy.
Vs
Gs
ω
Yw
Ws
Relationship
required
Gs; e
Gs; n
Gs; »
Consider
Then
Vs = 1
V = 1
Ws = 1
e = Vy
n = Vv
@ = Ww
Consider the unit weight of water as Yw = 1g/cm3
(a)
For a saturated soil, show that
GsYw
Ya
1+e
On a partly saturated soil the following properties are known: The
sample has a volume of 50 cm3, a weight of 95 g, a dry weight of 75 g
and an specific gravity of 2.68. Please estimate: water content, void
ratio, saturation, unit weight and dry unit weight.
(b)](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fbd658c5c-4d94-49d6-bcbd-54524a88d706%2F1ed266cc-dae8-4718-aa47-526e86b37fc1%2F2v9zn_processed.png&w=3840&q=75)
Transcribed Image Text:Use the following phase relationships to answer the next two questions:
Ws.
y = ; Ya =:
W.
W+Ww.
Yw =
Vw
Ww.
Vw
Sr
Ysat
%3D
V
Ws
Ww.
Ys
VsYw
Vy.
Vs
Gs
ω
Yw
Ws
Relationship
required
Gs; e
Gs; n
Gs; »
Consider
Then
Vs = 1
V = 1
Ws = 1
e = Vy
n = Vv
@ = Ww
Consider the unit weight of water as Yw = 1g/cm3
(a)
For a saturated soil, show that
GsYw
Ya
1+e
On a partly saturated soil the following properties are known: The
sample has a volume of 50 cm3, a weight of 95 g, a dry weight of 75 g
and an specific gravity of 2.68. Please estimate: water content, void
ratio, saturation, unit weight and dry unit weight.
(b)
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