MCQs
Total Questions : 219
| Page 18 of 22 pages
Answer: Option A. -> only fixed ring type
Answer: (a).only fixed ring type
Answer: (a).only fixed ring type
Answer: Option C. -> dial gauge
Answer: (c).dial gauge
Answer: (c).dial gauge
Answer: Option C. -> a number of increments of vertical pressure
Answer: (c).a number of increments of vertical pressure
Answer: (c).a number of increments of vertical pressure
Answer: Option D. -> 800 or 1000
Answer: (d).800 or 1000
Answer: (d).800 or 1000
Answer: Option D. -> 24 hours
Answer: (d).24 hours
Answer: (d).24 hours
Answer: Option C. -> root of time √t in abscissa and dial reading R in Ordinate
Answer: (c).root of time √t in abscissa and dial reading R in Ordinate
Answer: (c).root of time √t in abscissa and dial reading R in Ordinate
Answer: Option D. -> A.Casagrande
Answer: (d).A.Casagrande
Answer: (d).A.Casagrande
Answer: Option A. -> initial consolidation
Answer: (a).initial consolidation
Answer: (a).initial consolidation
Answer: Option A. -> \(d=\frac{1}{2} \left[\frac{H_{‘}-H_f}{2}\right] \)
Answer: (a).\(d=\frac{1}{2} \left[\frac{H_{‘}-H_f}{2}\right] \)
Answer: (a).\(d=\frac{1}{2} \left[\frac{H_{‘}-H_f}{2}\right] \)
Answer: Option A. -> \(c_v=\frac{(T_v)_{90} d^2}{t_{90}} \)
Answer: (a).\(c_v=\frac{(T_v)_{90} d^2}{t_{90}} \)
Answer: (a).\(c_v=\frac{(T_v)_{90} d^2}{t_{90}} \)