2003 BE210 Undergraduate Projects

TITLE	CLASS	GROUP
EMG Comparison of Isometric and Isotonic Exercises Using the Calf Muscle	BE-210	T1
Breaking Strength of a Model Composite Material	BE-210	T2
Dependence of Calorimeter Accuracy on Mass of Sample	BE-210	T3
Determination of Potassium Flux through Dialysis Tubing	BE-210	T4
Three point bending of wooden composites	BE-210	T5
Determination of Optimal Media Composition for Yeast Growth	BE-210	T6
Determination of the Optimal pH for Yeast Reproduction	BE-210	T7
Determination of Optimal Extracellular pH for Growth of the Yeast S.Cerevisiae	BE-210	W1
Breaking Strength of a Model Composite Material	BE-210	W2
Three point bending of wooden composites	BE-210	W3
Determination of Potassium Flux Through Dialysis Tubing	BE-210	W4
Determination of Optimal Media Composition for Yeast Growth	BE-210	W5
Dependence of Calorimeter Accuracy on Heat Released of Sample	BE-210	W6
A Biopac Based Comparison of Isotonic and Isometric Exercise	BE-210	W7
Optimal pH for Yeast Growth	BE-210	R1
Finding the Optimum Media for Yeast Growth	BE-210	R2
Determination of Optimal Accuracy Range of Calories Released in the Parr Bomb Calorimeter and Sulfur Impurity Testing	BE-210	R3
Determination of Potassium Flux Through Dialysis Tubing	BE-210	R4
Fracture energies of wooden composites	BE-210	R5
BioPac Bicep Bonanza	BE-210	R6
Three Point Bending	BE-210	R7