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This section includes 12 Mcqs, each offering curated multiple-choice questions to sharpen your Soil Mechanics knowledge and support exam preparation. Choose a topic below to get started.
1. |
The relationship between γd, G, w and S is_______ |
A. | γd = G γw*(1+(\(\frac{wG}{S}\))) |
B. | γd = G γw – (1+(\(\frac{wG}{S}\))) |
C. | γd = G γw/(1+(\(\frac{wG}{S}\))) |
D. | γd = G γw+(1+(\(\frac{wG}{S}\))) |
Answer» D. γd = G γw+(1+(\(\frac{wG}{S}\))) | |
2. |
The relationship between γsat, γd, γ and S is ______ |
A. | γ = γd*S[γsat-γd] |
B. | γ = \(\frac{γ_d}{S[γ_{sat}-γ_d]}\) |
C. | γ = γd+S[γsat-γd] |
D. | γ = γd-S[γsat-γd] |
Answer» D. γ = γd-S[γsat-γd] | |
3. |
The relationship between γd, γ and w is given by _______ |
A. | γd = γ(1+w) |
B. | γd = γ *(1+w) |
C. | γd = \(\frac{γ}{(1+w)}\) |
D. | γd = γ+1+w |
Answer» D. γd = γ+1+w | |
4. |
The relationship between γ’, G and e is ______ |
A. | \(γ’=\frac{(G+1) γ_w}{(1+e)}\) |
B. | \(γ’=\frac{(G-1) γ_w}{(1+e)}\) |
C. | \(γ’=\frac{(G-1) γ_w}{(1-e)}\) |
D. | \(γ’=\frac{G γ_w}{(1+ |
E. | }\) b) \(γ’=\frac{(G-1) γ_w}{(1+e)}\) c) \(γ’=\frac{(G-1) γ_w}{(1-e)}\) d) \(γ’=\frac{G γ_w}{(1+e)}\) |
Answer» C. \(γ’=\frac{(G-1) γ_w}{(1-e)}\) | |
5. |
The relationship between γ and γd can e derived when the degree of saturation is______ |
A. | 0 |
B. | 0.5 |
C. | 0.8 |
D. | 1 |
Answer» B. 0.5 | |
6. |
The relationship between γ, S, G and e is ______ |
A. | γ=\(\frac{(GS+e) γ_w}{(1+e)}\) |
B. | γ=\(\frac{(G+eS) γ_w}{(1+e)}\) C) γ=\(\frac{(G+e)S γ_w}{(1+e)}\) D) γ=\(\frac{(G+e) γ_w}{(1+e)S}\) |
C. | |
Answer» C. | |
7. |
The relationship between γsat, G and e is _______ |
A. | \(γ_{sat}=\frac{(G*e) γ_w}{(1+e)}\) |
B. | \(γ_{sat}=\frac{(G-e) γ_w}{(1+e)}\) |
C. | \(γ_{sat}=\frac{(G+e) γ_w}{(1+e)}\) |
D. | \(γ_{sat}=\frac{(G+e)}{(1+ |
E. | γ_w}{(1+e)}\) b) \(γ_{sat}=\frac{(G-e) γ_w}{(1+e)}\) c) \(γ_{sat}=\frac{(G+e) γ_w}{(1+e)}\) d) \(γ_{sat}=\frac{(G+e)}{(1+e)}\) |
Answer» D. \(γ_{sat}=\frac{(G+e)}{(1+ | |
8. |
The relationship between γd, G and e is given by ______ |
A. | γd = \(\frac{Gγ_w}{1-e}\) |
B. | γd = \(\frac{G+γ_w}{1+e}\) |
C. | γd = \(\frac{Gγ_w}{1+e}\) |
D. | γd = \(\frac{Gγ_w}{e}\) |
Answer» D. γd = \(\frac{Gγ_w}{e}\) | |
9. |
The relationship between na, ac, and n is ____ |
A. | na=n*ac |
B. | na=n/ac |
C. | na=n+ac |
D. | na=n-ac |
Answer» B. na=n/ac | |
10. |
The relationship between e, S and na is ______ |
A. | \(n_a=e*\frac{1+S}{1+e}\) |
B. | \(n_a=e*\frac{1-S}{1-e}\) |
C. | \(n_a=\frac{1-S}{1+e}\) |
D. | \(n_a=e*\frac{1-S}{1+e}\) |
Answer» E. | |
11. |
The relationship between e, G, w and S is ______ |
A. | \(e=\frac{wG}{S}\) |
B. | e = wGS |
C. | \(e=\frac{wS}{G}\) |
D. | \(e=\frac{GS}{w}\) |
Answer» B. e = wGS | |
12. |
A soil has a dry unit weight of 17 kN/m3 and water content of 20%, then what will be its bulk unit weight? |
A. | 19.3 kN/m3 |
B. | 20.4 kN/m3 |
C. | 22.6 kN/m3 |
D. | 24.4 kN/m3 |
Answer» C. 22.6 kN/m3 | |