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--- homework [2020/02/06 15:57] – gerry
+++ homework [2020/03/14 10:40] (current) – gerry
@@ Line 11: / Line 11: @@
   * {{hw:me121_hw02.pdf|Homework 2}}
   * {{:hw:me121_hw03.pdf|Homework 3}}
-    * See [[Calibrate the salinity sensor]] for advice on completing the group assignment
+    * See [[Calibrate the salinity sensor]] for sample MATLAB code for the group assignment
     * {{http://web.cecs.pdx.edu/~gerry/class/ME121/matlab/powfit.m|powfit.m}} function to create curve fit to y = c1*x^c2
     * {{http://web.cecs.pdx.edu/~gerry/class/ME121/matlab/demoPowfit.m|demoPowfit}} provides a simplified example of how to use powfit.m
@@ Line 25: / Line 25: @@
   * {{:hw:Checklist_04_salinity_control.pdf|Checklist 4}}: Salinity control validation:, {{:hw:Supplemental_Doc_Checklist_04.pdf|Supplemental Doc}}
   * {{:hw:Checklist_05_thermistor_calibration.pdf|Checklist 5}}: Thermistor calibration
-  * {{:hw:Checklist_06_salinity_temperature_control.pdf|Checklist 6}}: Temperature control
+  * {{:hw:Checklist_06_temperature_control.pdf|Checklist 6}}: Temperature control
   * {{:hw:Checklist_07_salinity_temperature_control.pdf|Checklist 7}}: Temperature and salinity control
 ==== Practice Problems ====
-Salinity Definitions
+  * Salinity Definitions: {{:hw:salinity_practice.pdf| Practice problems}} and {{:hw:salinity_practice_solutions.pdf|solutions}}
-  * {{:hw:salinity_practice.pdf|Example problems}} and {{:hw:salinity_practice_solutions.pdf|solutions}}
+  * User-defined functions: {{:hw:user_defined_function_practice.pdf|Practice problems}}
+  * Energy balance: {{:hw:energy_balance_practice.pdf|Practice problems}}  and {{:hw:energy_balance_practice_solution.pdf|solutions}}
 ==== Final Report & Peer Review ====