The infiltration capacity of a soil follows the Horton's exponential model f = c₁ + C₂ e-kt. During an experiment, the intial infiltration capacity was observed to be 200 mm/hr. After a long time the infiltration capacity was reduced to 25 mm/h. If the infiltration capacity after 1 hour was 90 mm/ h the value of the decay rate constant k (in h-¹,
The infiltration capacity of a soil follows the Horton's exponential model f = c₁ + C₂ e-kt. During an experiment, the intial infiltration capacity was observed to be 200 mm/hr. After a long time the infiltration capacity was reduced to 25 mm/h. If the infiltration capacity after 1 hour was 90 mm/ h the value of the decay rate constant k (in h-¹,
Chapter2: Loads On Structures
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![The infiltration capacity of a soil follows the
Horton's exponential model f = C₁ + C₂ e-kt. During
an experiment, the intial infiltration capacity was
observed to be 200 mm/hr. After a long time the
infiltration capacity was reduced to 25 mm/h. If
the infiltration capacity after 1 hour was 90 mm/
h the value of the decay rate constant k (in h-¹,
up to two decimal places) is](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F5303a502-685f-4aa7-82b1-eeed6ef44b80%2F4cb1830d-7149-4f1c-ae14-3a532f5d111f%2Fyrginp_processed.jpeg&w=3840&q=75)
Transcribed Image Text:The infiltration capacity of a soil follows the
Horton's exponential model f = C₁ + C₂ e-kt. During
an experiment, the intial infiltration capacity was
observed to be 200 mm/hr. After a long time the
infiltration capacity was reduced to 25 mm/h. If
the infiltration capacity after 1 hour was 90 mm/
h the value of the decay rate constant k (in h-¹,
up to two decimal places) is
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