'Second order' diaporamas de présentation

NLP

831 views • 58 slides

Systems of Equations & Inequalities

761 views • 45 slides

Advanced Algorithms Analysis and Design

Advanced Algorithms Analysis and Design. By Dr. Nazir Ahmad Zafar. Dr Nazir A. Zafar Advanced Algorithms Analysis and Design. Lecture No. 8 Recurrence Relations (Algorithms Design and Analysis Techniques). Dr Nazir A. Zafar Advanced Algorithms Analysis and Design. Today Covered.

780 views • 36 slides

19. Theory of Ultrashort Laser Pulse Generation

multiple oscillating cavity modes. laser gain profile. losses. w q -2. w q - 1. w q. w q+1. w q+2. w q+3. possible cavity modes. 19. Theory of Ultrashort Laser Pulse Generation. Active mode-locking Passive mode-locking Build-up of mode-locking: The Landau-Ginzberg Equation

1.36k views • 26 slides

An Introduction to MathCAD

467 views • 24 slides

Enrichment - Rate Equations to Determine Reaction Order

The equation for a straight line is:. Compare this equation to the rearranged first order rate-law. Enrichment - Rate Equations to Determine Reaction Order . Enrichment - Rate Equations to Determine Reaction Order . Now we can interpret the parts of the equation as follows:

423 views • 20 slides

Chemical Kinetics

Chemical Kinetics. Phenolphthalein reacting with OH - ion. Rate of reaction = ? X / ? t . X = Concentration of Phenolphthalein (M) Time (s) 0.0050 0.0 0.0045 10.5 0.0040 22.3 0.0035 35.7 0.0030 51.1 0.0025 69.3 0.0020 91.6 0.0015 120.4

339 views • 15 slides

Enrichment - Derivation of Integrated Rate Equations

Enrichment - Derivation of Integrated Rate Equations. For a first-order reaction, the rate is proportional to the first power of [A]. . Enrichment - Derivation of Integrated Rate Equations.

330 views • 15 slides

Today 1/22

209 views • 13 slides

To see, to move, to know

220 views • 12 slides

2.4k views • 11 slides

Centroids

447 views • 11 slides

PROGRAMME 10

PROGRAMME 10. PARTIAL DIFFERENTIATION 1. Programme 10: Partial differentiation 1. Partial differentiation Small increments. Programme 10: Partial differentiation 1. Partial differentiation Small increments. Programme 10: Partial differentiation 1. Partial differentiation

356 views • 11 slides

SPECIAL REVIEW TOPIC: ENZYMES AND

SPECIAL REVIEW TOPIC: ENZYMES AND . ENERGETICS ENZYMES ARE CATALYSTS THAT LOWER ACTIVATION ENERGY AND ASSIST REACTIONS TO OCCUR

200 views • 10 slides

Chemical Kinetics

Chemical Kinetics. Chemical Reactions. A and B are reactants , whose concentration decreases until the completion of the reaction. C is a product , whose concentration increases until the completion of the reaction.

158 views • 9 slides

HOW TO FIND A RATE LAW

418 views • 8 slides

Performance of New England During the Blackout of 2003

185 views • 8 slides

Chapter 7 Elimination Reactions

Chapter 7 Elimination Reactions. Unimolecular Elimination, E1 Elimination Reactions Removal of L.G. and H, but no substitution Formation of a C==C double bond Solvolysis of 2-bromo-2-methylpropane actually gives 2 products Rate of reaction for both products = k[haloalkane] E1

550 views • 8 slides

Chapter 5

Chapter 5. Five types of primary sources. Rules for using primary sources. Using First, Second and Third-Order Primary sources. First Order One you cannot live without Second order Support or challenge the first order Third order Things students find themselves.

374 views • 7 slides

Kinetic and Thermodynamic Studies in Batch Reactor

Kinetic and Thermodynamic Studies in Batch Reactor . Saddawi Fall 2013. The Goal of the Experiment The goal of this experiment is to determine kinetic and thermodynamic parameters for the alkaline fading of phenolphthalein (Organic Dye) in aqueous solution.

119 views • 0 slides