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Post Masters – non-ARNP-seeking DNP Family Nurse Practitioner Curriculum Effective 2023-2026 Total credit hours: 80 (actual coursework based on gap analysis) Program length: Depends on gap analysis for acceptable transfer-in credits (if any) Program start: Fall (depends on gap analysis) Class schedule: For the most part, classes are held 1-2 days each week. Class schedule changes every term, your classes may fall on a different day for other terms. There may be more days for courses in the

, and the drag coefficient is analyzed for experimental viability. 2:15pm Duncan Haddock – “Optimization of Organic Electrochemical Transistors” Weight fraction blends of a charge-conductive and an-ion conductive ROMP-based polymers were used in an analysis, characterization, and optimization of ion transport through organic electrochemical transistors. 2:30pm Kyle Cross – “Analysis of a double pendulum” A two-armed double pendulum was constructed, and video of its movement was analyzed using

. This Capstone will explore violations to this rule. Using data collected on the association on drought and deer health conditions, a Monte Carlo Simulation will be conducted. Then a comparison between the theoretical and simulated results of a Chi-Squared test will be made when the sample size is smaller than typical conventions. 1:30pm – Applications of the Jacobian Matrix to Numerical Analysis of Dynamical Systems Ben Mathewson Dynamical systems measure state change(s) over time. Whether we are

, STAT 231, 232, or 233. Strongly recommended: Prior experience with the programming languages R or Python. (4) MATH 351 : Differential Equations An introduction to differential equations emphasizing the applied aspect. First and second order differential equations, systems of differential equations, power series solutions, non-linear differential equations, numerical methods. Prerequisite: MATH 253. (4) MATH 356 : Numerical Analysis How computers store and handle numbers, how to efficiently perform

2007 Capstone Celebration SymposiumPLU Chemistry Department May 1st to May 4th, 2007 Come and join the Chemistry department to hear the senior capstone presentations. Student presentations will occur Tuesday through Friday. The schedule of talks with more details is given below. [ Tuesday | Wednesday | Thursday | Friday ] All talks will be held in the Morken Center in Room 103!Tuesday, May 1st, 2007 Session 1, Chair: Dean Waldow 1:00 pm - Analysis of Microbial Communities in Forest Canopy Soil

. Each test results in a numerical score of 200-400. The results are scaled such that a score of 300 represents the average national performance. The four tests are as follows: Survey of Natural Sciences = 90 minutes, 100 questions – 40 questions cover biology, 30 questions cover general chemistry, and 30 questions cover organic chemistry Reading Comprehension = 50 minutes, 40 questions – three reading passages each with 13 or 15 questions about each passage Physics = 50 minutes, 50 questions

. Each test results in a numerical score of 200-400. The results are scaled such that a score of 300 represents the average national performance. The four tests are as follows: Survey of Natural Sciences = 90 minutes, 100 questions – 40 questions cover biology, 30 questions cover general chemistry, and 30 questions cover organic chemistry Reading Comprehension = 50 minutes, 40 questions – three reading passages each with 13 or 15 questions about each passage Physics = 50 minutes, 50 questions