University Of Maryland - College Park
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All courses for University Of Maryland - College Park
- ENGL MISC 1
- ENME 361 vibration, controls and optimization ENME361 1
- ENME 382 Introduction to Materials Engineering ENME382 7
- ENME 400 Machine Design ENME400 2
- ENME 462 Vibrations, Controls and Optimization 2 ENME462 2
- ENME 462 Vibrations, Controls, and Optimization II ENME462 4
- ENME392: Statistical Methods for Product and Processes Development ENME392 1
- ENME445 Reliability Engineering ENME445 1
- ENME472 Integrated Product and Process Development ENME472 1
Latest notes & summaries University Of Maryland - College Park
This is a comprehensive and detailed note on developmental Psychology for Psyc 100. *Essential Study Material!!
This comprehensive and detailed review contains Description of important topics and detailed processes that you need to know for exam 3. *Essential Study Material!!
This is a comprehensive and detailed note on Energy transformation and Biochemical reactions for Bsci 170. *Essential Study Material!!
This is a comprehensive and detailed practice material that contains questions from Exam 1-4 ,here to aid you in effective final exam prep. *Essential Study Material!! *For you, at a price that's fair enough!!
This is a comprehensive and detailed note on Energy Transformation + utilization; Enzymes,anaerobic-catabolic cycle, cellular respiration and more. *Essential Study Material!!
Brief introduction on the states of matter. How to recognize and utilize atomic number and mass to determine amount of protons, electrons, and neutrons in an element. How to calculate for isotopes of an element. How to calculate atomic mass of elements and percent abundance of isotopes.
How to interpret and utilize the periodic table and its laws to help identify and categorize covalent or ionic bonds. How to name covalent and ionic bonds. Variable changes that occur in compounds and how to recognize and identify them. How to name acids.
Rules of using significant figures in calculations. Various conversions and dimensional analysis to convert units in calculations.
What evolutionary/phylogenic trees are and how to interpret them. Common misconceptions when making and utilizing evolutionary/phylogenic trees.
Introduction to the first and second laws of thermodynamics and their implications in biological processes. The ways organisms evolved to fulfill the thermodynamic laws.