The parameters in Horton's infiltration equation are given as, fo = 7.62 cm/hour, fc = 1.34 cm/hour and k = 4.182/hour. For assumed continuous ponding the cumulative infiltration at the end of 2 hours is-A-2.68 cmB-1.50 cmC-1.34 cmD-4.18 cm-C-1.34 cm

Question

The parameters in Horton's infiltration equation  are given as, fo = 7.62 cm/hour, fc = 1.34 cm/hour and k = 4.182/hour. For assumed continuous ponding the cumulative infiltration at the end of 2 hours is-A-2.68 cmB-1.50 cmC-1.34 cmD-4.18 cm-C-1.34 cm

APTITUDE CRACK · Accepted Answer

C 1.34 cm f(2) = 1.34+(7.62 1.34) * e^( 4.182 * 2). f(2) = 1.34 cm.

GATE Exam Questions - Engineering

The parameters in Horton's infiltration equation are given as, f_o = 7.62 cm/hour, f_c = 1.34 cm/hour and k = 4.182/hour. For assumed continuous ponding the cumulative infiltration at the end of 2 hours is

For help Students Orientation
Mcqs Questions

Quick Links

Newsletter

GATE Exam Questions - Engineering

The parameters in Horton's infiltration equation are given as, fo = 7.62 cm/hour, fc = 1.34 cm/hour and k = 4.182/hour. For assumed continuous ponding the cumulative infiltration at the end of 2 hours is

Solution

For help Students Orientation Mcqs Questions

The parameters in Horton's infiltration equation are given as, f_o = 7.62 cm/hour, f_c = 1.34 cm/hour and k = 4.182/hour. For assumed continuous ponding the cumulative infiltration at the end of 2 hours is

For help Students Orientation
Mcqs Questions