(b) In a tracer dilution measurement by the constant injection method, the followingobservations are made.Rate of injection of tracer= 1.5x10 m³/sConcentration of injected solution = 1.8g/litreConcentration at three sampling points evenly spacedAt P, C2= 5.12µg/liter= 4.94µg/liter= 5.25µg/literQ, C2R, C2Determine the stream-flow4

Data given - concentration of tracer C1 = 1.8g/litre Rate of injection Q1 = 1.5×10-4 m3/sec=…

In a tracer dilution measure observations are made. Rate of injection of tracer of injecte- Concentration Concentration at three sam At P, C2 = 5.12µg/lit Q. C2 = 4.94µg/lit R, C2 = 5.25 µg/lit Determine the stream-flow

In a tracer dilution measure observations are made. Rate of injection of tracer of injecte- Concentration Concentration at three sam At P, C2 = 5.12µg/lit Q. C2 = 4.94µg/lit R, C2 = 5.25 µg/lit Determine the stream-flow

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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Question

(b) In a tracer dilution measurement by the constant injection method, the following
observations are made.
Rate of injection of tracer
= 1.5x10 m³/s
Concentration of injected solution = 1.8g/litre
Concentration at three sampling points evenly spaced
At P, C2
= 5.12µg/liter
= 4.94µg/liter
= 5.25µg/liter
Q, C2
R, C2
Determine the stream-flow
4

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