Section 11.3

Oct 13, 2012

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Section 11.3

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11.3

Objective: to practice Punnett Squares and to discuss independent assortment and different types of dominances. . 11.3. Independent assortment Do alleles get passed together to the next generation? 2 Factor Cross (RRYY x rryy ) = (Round yellow x wrinkled green)

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Section 11.3

Math in Our World. Section 11.3. Basic Concepts of Probability. Learning Objectives. Compute classical probabilities. Compute empirical probabilities. Probability Experiments. A probability experiment is a process that leads to well-defined results called outcomes.

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11.3

The Integral Test. 11.3. The Comparison Tests. 11.4. 11.5. Alternating Series. 11.6. Ratio and Root Tests. Definition of Convergence for an infinite series:. Let be an infinite series of positive terms. The series converges if and only if the sequence of partial sums,

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Section 11.3—Polymers

Section 11.3—Polymers. How do polymer properties vary for various applications?. Polymers & Monomers. Polymer – Very large molecules built from chains or networks of smaller molecules (usually 1,000 to 50,000 smaller molecules). Monomer – The smaller molecules making up the polymer.

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Section 11.3

Section 11.3. Other Patterns of Inheritance. Beyond Dominant and Recessive Alleles. There are important exceptions to most of Mendel’s principles Not all genes show simple patterns of inheritance Majority of genes have more than 2 alleles

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11.3

11.3. Communicating Enthalpy Changes. Method 1. Expressing the molar enthalpy of a reaction using symbols Measurement of the energy released or absorbed per unit chemical amount to or from the surroundings Different symbols are used to explain the reaction type. Method 1.

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11.3

11.3. WE DO Find the SA. WE DO Find the SA. WE DO! Find the LA. CONES!!!. WE DO! Solve for the SA. Solve for LA.

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Section 11.3

Section 11.3. Polar Coordinates. POLAR COORDINATES.

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Section 11.3:

Section 11.3:. When Heredity Follows Different Rules. * Some hereditary patterns do not follow Mendel’s Laws Complex Patterns of Heredity *Mendel’s patterns of inheritance are referred to as Simple Mendelian Inheritance - inheritance that is controlled by dominant and recessive alleles.

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11.3

11.3. THE SHORT-RUN BEHAVIOR OF POLYNOMIALS. Visualizing Short-Run and Long-Run Behaviors of a Polynomial. Example 1 Compare the graphs of the polynomials f , g , and h given by f(x) = x 4 − 4x 3 + 16x − 16 , g(x) = x 4 − 4x 3 − 4x 2 + 16x , h(x) = x 4 + x 3 − 8x 2 − 12x.

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Section 11.3 Areas of Trapezoids

Section 11.3 Areas of Trapezoids. The || sides are bases ;. the other sides are legs. 4. 3. 1. 2. D. C. Base angles:. &. m. N. M. b 2. B. A. Review of Trapezoids. b 1. Trapezoid Median Theorem. C. D. A. B. E. F. are altitudes. Altitude & Height of a Trapezoid.

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11.3

11.3. The Coming of War. Merchants Vs. Pirates. Barbary States- operated pirate fleets causing interference with merchant ships traveling to trade (Mediterranean Sea) Tributes were payed yearly to keep them from capturing American ships

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MUTATIONS Section 11.3

MUTATIONS Section 11.3. p gs. 296 - 301. Biology 2/17/14 Mrs. Turgeon. “Education is not preparation for life; education is life itself.”-John Dewey DO NOW: 1. Pass forward homework (grades w/ parent signature) 2. In your notes: What is a codon? AGENDA:

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Section 11.3: Stoichiometry of Gases

Section 11.3: Stoichiometry of Gases. Apply Gay-Lussac and Avogadro’s discoveries to the stoichiometry of reactions involving gases… For gaseous reactants or products, the coefficients in chemical equations reveal volume ratios (like mole ratios). Volume-Volume Calculations. Example:

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Section 11.3 Compound Interest

Section 11.3 Compound Interest. What You Will Learn. Compound Interest Present Value. Investments. An investment is the use of money or capital for income or profit. In a fixed investment , the amount invested as principal is guaranteed and the interest is computed at a fixed rate.

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Section 11.2/ 11.3 :

Section 11.2/ 11.3 :. From DNA to Protein. *The sequence of the nucleotides in DNA can be converted to an amino acid sequence in proteins. I. Genes & Proteins 1. Genes are the sequence of Nucleotide bases ex) A-C-T-A-G-T, etc.

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11.3

Ratio Test and Radius of Convergence. 11.3. Find the function represented by the series and the interval of convergence and the radius of convergence. “Does this series converge, and if so, for what values of x does it converge?”. Convergence.

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11.3 Section Objectives – page 296

Using the table on Pg. 292, write the amino acid sequence that would be made according to the codons on the mRNA chain. Why do you think this exact base sequence is important?. 11.3 Section Objectives – page 296. Section Objectives:.

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Section 11.3

Section 11.3. Genetic Changes. Mutations. Any change in the DNA sequence that also changes the protein it codes for. Mutations in reproductive cells: May produce a new trait May result in a protein that does not work correctly Protein may be nonfunctional causing the embryo to not survive.

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Section 11.3 Compound Interest

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Section 11.3 Constructing Efficient Finite Automata

a. 1. L. b. a. L. S. 0. b. 2. Section 11.3 Constructing Efficient Finite Automata First we’ll see how to transform an NFA into a DFA. Then we’ll see how to transform a DFA into a minimum-state DFA. Transforming an NFA into a DFA

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Section 11.3

Section 11.3. The Ellipse. THE ELLIPSE. An ellipse is the set of all points in the plane, the sum of whose distances from two fixed points ( foci ) is a positive constant. if the major axis is horizontal. if the major axis is vertical. AN ELLIPSE WITH CENTER AT THE ORIGIN.

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