1. In a simple non-storage routing the observation data acquired is limited to: a. Flood peak elevation at the given observation b. Flood peak flow in the downstream area c. Flood peak flow in the upstream are d. Water discharge at the given observation. 2. In linear regression analysis the scattered coordinates are assumed to form a _____, between independent and dependent variables. a. Exponential Function b. Linear Function c. Constant Function d. All of the Above 3. In a storage routing, the observation data required are the following except: a. Outflow water discharge b. Time duration of excess flow runoff c. Time d. Inflow water discharge
1. In a simple non-storage routing the observation data acquired is limited to: a. Flood peak elevation at the given observation b. Flood peak flow in the downstream area c. Flood peak flow in the upstream are d. Water discharge at the given observation. 2. In linear regression analysis the scattered coordinates are assumed to form a _____, between independent and dependent variables. a. Exponential Function b. Linear Function c. Constant Function d. All of the Above 3. In a storage routing, the observation data required are the following except: a. Outflow water discharge b. Time duration of excess flow runoff c. Time d. Inflow water discharge
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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1. In a simple non-storage routing the observation data acquired is limited to:
a. Flood peak elevation at the given observation
b. Flood peak flow in the downstream area
c. Flood peak flow in the upstream are
d. Water discharge at the given observation.
2. In linear regression analysis the scattered coordinates are assumed to form a _____, between independent and dependent variables.
a. Exponential Function
b. Linear Function
c. Constant Function
d. All of the Above
3. In a storage routing, the observation data required are the following except:
a. Outflow water discharge
b. Time duration of excess flow runoff
c. Time
d. Inflow water discharge
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