The Delaware River in the Philadelphia area is designated as Zone 3 by the Delaware River
Basin Commission (DRBC). Imaging a wastewater treatment plant discharges 3 MGD
(million gallons per day) of effluent containing 25 mg/L BOD and 2 mg/L DO to the upper
stream of the Delaware River Zone 3. Is it still within the Philadelphia area when the river
reaches the Streeter Phelps critical point?
Deoxygenation rate constant = 0.2 d-1
.
Use todays temperature to determine the saturated DO.
Find the rest of the data of the Delaware River Zone 3 online.

WAVES LAB #4: WAVE PROFILES AND WATER PARTICLE TRAJECTORIES FOR PROGRESSIVE WAVES

Results

For #1, please use the 3hz and 4hz data.

(1) Plot the data from the wave sensor for each of the waves produced in lab. Determine the wave height

H and period T for each of these wave profiles, consider these to be your theoretical values.

For #4 please see atatched pictures 5915 and 710723 respectively, these pictures show the equation needed to model the displacement. You will need to contact me for the wavelength, or use a temporary wavelength to do the work.

(4) Plot measured particle orbits Use one figure per frequency.


See picture 770723 for number 4

5) Using Matlab find the free surface displacement, eta, over at least one full wavelength for both wave

profiles. Use only theoretical values calculated during this lab. Set values for z to be [0, -3/4h, -h/2, -h/4, -

h]. Set a particle horizontal location of x = L/2