Space groups Start w/ 2s and 21s 222.

Slides:

Advertisements

Similar presentations

Desarrollo de Software I. PROBLEMA NÚMERO 2 PROBLEMA NÚMERO 3  5*(5+(6-2)+1)  5*(5+4+1)  5*(9+1)  5*10  Resp: 50  7-6/3+2*3/2-4/2  7-2+2*3/2-4/2.

Advertisements

Karnaugh Maps Discussion D3.1. Karnaugh Maps Minterm X Y F m m m m X Y F(X,Y) = m0 + m2 + m3 =  (0,2,3) = X + Y'

Warm-Up Review for quiz

3.5 Solving Systems of Equations in Three Variables

Gabriel Cramer was a Swiss mathematician ( )

Factoring FactoringFactoring- to factor an algebraic expression we change the form of an expression and put it in factored form. It is the reverse of using.

Intersections of Lines in 2 Space Three Cases: 1) 2) 3)

DYNAMICS CONTENTS.

click to start Example: A LINEAR TRANSFORMATION.

Translations. Graph the following coordinates, then connect the dots (-8,0) (-5,0) (-5,1) (-3,-1) (-5,-3) (-5,-2)(-8,-2)

Geometry Lesson 8 – 2 Extended Coordinates in Space Objective: Use ordered triple with distance and midpoint formulas.

XDI RDF Graphing V x+y $has +x+y $has +x+y +x/$has/+y +x+y +x+y $has +x+y/$has/+z +x/$has/+y+z +x+y+z +x+y+z $has +z +x+y+z $has 3 4 Full.

Factoring Unit – Day 7 Solving Polynomial Equations Mrs. Parziale.

F UNDAMENTALS OF E NGINEERING A NALYSIS Eng. Hassan S. Migdadi Cramer’s Rule for solving linear systems Part 1.

$100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300.

Graphing in 3-D Graphing in 3-D means that we need 3 coordinates to define a point (x,y,z) These are the coordinate planes, and they divide space into.

Unit 2: Properties of Exponents Jeopardy

8.2A Factoring using Distributive Property

Chapter 07 – Rate, Ratio & Variation Q1

Simplifying Variable Expressions

WARM-UP PROBLEM Simplify the expression. Assume all variables are positive – 48 ANSWER 3 4.

4.3: Introduction to Polynomials

F i v e o r m s o f a c t o r i n g For Forms 1 - 3, do the examples on your paper then use the PowerPoint to check your answers Do not do Form 4.

EXAMPLES- Simplifying Radicals part 2

Texas Algebra I, Lesson 7: Simplifying Algebraic Expressions

Warmup Convert to radical form: 2. Convert to rational form:

Exponent Jeopardy Power to Power Scientific Notation Multiply Divide

Algebra with Whole Numbers

Intersection between - Lines, - Planes and - a plane & a Line

Algebra 1 Mini-Lessons 20x2 + 5x

Bell Ringer Solve. 1. 6x – 8 = -4x + 22

Simplifying Variable Expressions

Entry Task What are the first 3 steps for constructing a line through point P that is parallel to the line. Reflection Question: What are the main concepts.

Drawing Triangles.

3.6 Solving Systems of Linear Equations in 3 Variables

المعايير الدولية لإعداد التقارير المالية للمنشآت الصغيرة ومتوسطة الحجم

Section 17.1 Parameterized Curves

Simplifying Variable Expressions

Example Question: Consider the expressions: (a) F = XY + XY'

Constructions of Triangles

What is dimension?.

More Multiplication Properties of Exponents

3.4 Solving Systems of Linear Equations in 3 Variables

Objectives The student will be able to:

Objectives The student will be able to:

Bell Ringer 10/27/10 What is the GCF? 18x³y² and 24x² ab and a³b².

Unit 2: Properties of Exponents Jeopardy

Lesson 9.2 Adding & Subtracting Fractions

Factoring Polynomials.

Simplifying Variable Expressions

Who Wants to be an Equationaire?. Who Wants to be an Equationaire?

Greatest Common Factors

Objectives The student will be able to:

Simplifying Variable Expressions

H.C.F. and L.C.M. of Polynomials

Laws of Exponents.

Jeopardy Rational Exponents. Laws of Exponents Polynomials Q $100

Factoring using the greatest common factor (GCF).

7.3 Notes: Multivariable Linear Systems

Objectives The student will be able to:

Simplifying Variable Expressions

Objectives The student will be able to:

Objectives The student will be able to:

Greatest Common Factors

F i v e o r m s o f a c t o r i n g.

Missing values multiplying monomial.

Presentation transcript:

Space groups Start w/ 2s and 21s 222

Space groups Start w/ 2s and 21s 222

Space groups Start w/ 2s and 21s 222 2212

Space groups Start w/ 2s and 21s 222 2212

Space groups Start w/ 2s and 21s 222 2212 21212

Space groups Start w/ 2s and 21s 222 2212 21212

Space groups Start w/ 2s and 21s s 2221

Space groups Start w/ 2s and 21s up s 2221

Space groups Start w/ 2s and 21s up s s 2221 22121

Space groups Start w/ 2s and 21s up up up s s 2221 22121

Space groups Start w/ 2s and 21s up up up s s s 2221 22121 212121

Space groups Start w/ 2s and 21s up up up s s up s 2221 22121 212121

4u (xyz) (xyz) (xyz) (xyz) Space groups Start w/ 2s and 21s P222 4u (xyz) (xyz) (xyz) (xyz)

Space groups Start w/ 2s and 21s P21212 4c (xyz) ( ) ( ) ( )

4e (xyz) (x,y,z+1/2) (xyz) (x,y,1/2-z) Space groups Start w/ 2s and 21s 1/4 P2221 4e (xyz) (x,y,z+1/2) (xyz) (x,y,1/2-z)

Space groups Start w/ 2s and 21s P212121 4a (xyz) ( ) ( ) ( )