'Log 10' diaporamas de présentation

??? Visual Basic ??

??? Visual Basic ?? . ?? (Function) ?????? (User-defined function) ????? (Build-in function) ??? ??????????????????? / ?????????????????????? . ??? Visual Basic ?? . ????? ???????????????????????? Microsoft ??????????????? . ??? Visual Basic ?? . ?? ko8_1 ?. ??? Visual Basic ?? .

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Chapter 17

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CSE182-L5: Scoring matrices Dictionary Matching

CSE182-L5: Scoring matrices Dictionary Matching. Scoring DNA. DNA has structure. DNA scoring matrices. So far, we considered a simple match/mismatch criterion. The nucleotides can be grouped into Purines (A,G) and Pyrimidines.

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LP/J

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Relationship between A(OD) and %T

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Homework Problems

Homework Problems Chapter 16 Homework Problems: 2, 4, 16, 18, 24, 27, 30a, 36, 39a,b, 46, 54, 64, 67, 78, 84, 86, 90, 96, 97 (but for Cu(OH) 2 ), 106. CHAPTER 16 Aqueous Ionic Equilibrium. Neutralization Reaction

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The energy spectrum from the KASCADE-Grande muon data (Update)

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Acid base equilibria

Acid base equilibria. Starter.

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Transporters differences from channels: speed? saturation? concentration?

Transporters differences from channels: speed? saturation? concentration?. channel. transporter. --alternating access. transporters pumps ionic coupling. Pumps. pumps generate the ionic gradients that drive flux through channels and through other transporters

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CSE182-L5: Scoring matrices Dictionary Matching

CSE182-L5: Scoring matrices Dictionary Matching. Silly Quiz. PAM 1 distance. Two sequences are 1 PAM apart if they differ in 1 % of the residues. 1% mismatch. PAM 1 (a,b) = Pr[residue a substitutes residue b, when the sequences are 1 PAM apart]. PAM 1. Generating Higher PAMs.

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Structure & Evolution

STARS. Structure & Evolution. Lecture No. 1: Properties & Structure Iwan P. Williams. 2013. LUMINOSITY L is the Total Power emitted by a star. This is the fundamental property of the star we need to know in order to test stellar theory with observations .

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On Computing Multiple Eigenvalues , the Jordan Structure and their Sensitivity

On Computing Multiple Eigenvalues , the Jordan Structure and their Sensitivity. Zhonggang Zeng Northeastern Illinois University. Sixth International Workshop on Accurate Solution of Eigenvalue Problems (IWASEP VI). May 23, 2006, Penn State Univ. l l l l. + + +

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GROWTH, CONTROL, CHEMOTHERAPY

1. GROWTH, CONTROL, CHEMOTHERAPY. 2. GROWTH, CONTROL, CHEMOTHERAPY GROWTH - Binary Fission, Growth Rate, Generation Time, N = N o 2 n Growth Phases of Culture - Lag, Exponential, Stationary, Death Physical Factors- Temperature: psychrophile, mesophile, thermophile, hyperthermophile

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?? LAN ????????????????

?? LAN ????????????????. ?????? ?? ?. ?? LAN ????????. ??????? LAN ????? 2 ?? ??? N ??? ( Nonlocation Mode) ???????? L ??? ? Location Mode ? ????? AP ??. ??. BQ ? C3 ?? L ????? AP ?????? N ????? AP ? ???? AP ?????? BQ ????????????? C3 ?????????????????????????????????. ????.

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4-4

4-4. Properties of Logarithms. Warm Up. Lesson Presentation. Lesson Quiz. Holt McDougal Algebra 2. Holt Algebra 2. Objectives. Use properties to simplify logarithmic expressions. Translate between logarithms in any base.

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A Bioinformatics Pipeline to Explore Transcriptional Regulation in Plants

A Bioinformatics Pipeline to Explore Transcriptional Regulation in Plants. By Amy Marshall-Colon (University of Illinois Urbana-Champaign), Mary Williams (ASPB), and Kranthi Varala (Purdue University). Differential expression analysis: Tools and techniques, outcomes. Microarray. Gene Network.

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Exponential and Logarithmic Functions

Exponential and Logarithmic Functions. By: LaShonda Green CTSE 5040 Fall 2009. Objectives. Graphing exponential and logarithmic functions Rational exponents Evaluating logarithms Solving exponential equations. Technology is important!.

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Magnitude, Intensity, & Energy

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EXAMPLE 4

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Exponential and Logarithmic Functions

y = 10 x. y = x. y = log 10 x. Exponential and Logarithmic Functions. The exponential function y = 10 x has an inverse. log 10 x (pronounced log base 10) is called : the inverse function of y = 10 x. The inverse function is always a reflection in the line y = x.

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