'Blue squares' diaporamas de présentation

Ratios

Ratios. Standard:NS 1.2 Interpret and use ratios in different contexts (e.g., batting averages, miles per hour) to show the relative sizes of two quantities, using appropriate notations ( a/b, a to b, a:b ).

548 views • 31 slides

Microlensing Working Group Review

Microlensing Working Group Review. David Bennett (Notre Dame ) . MicroFUN M icrolensing F ollow- U p N etwork. Features of Microlensing. General consensus on forward directions . Exoplanet Forum + Pale Blue Dot Reviews Two (and only two) paths forward Both Recommended by ExoPTF

549 views • 28 slides

Warm Up

Warm Up. Problem of the Day. Lesson Presentation. Lesson Quizzes. Warm Up Multiply. 1. 0.05 ? 20 2. 0.32 ? 15 3. 0.06 ? 25 4. 0.75 ? 18 5. 0.34 ? 76. 1. 4.8. 1.5. 13.5. 25.84. Problem of the Day

289 views • 24 slides

Grouping

Grouping . Organizing Information & Gestalt Principles of Perception. Mostly from Heim Chapter 6.6 and usability.gov. Learning Outcomes. When and where is grouping critical in UI design? What techniques can be used to sort things into groups? How can you visualize the groups?

522 views • 23 slides

The Array Model

The Array Model. Jim Hogan Mathematics Advisor SSS, Waikato University. Purpose. To learn how to use the array to model multiplication - with whole numbers - fractions - decimals - algebra expansions To re-learn how important robust mental models are to learning. 3 x 4.

314 views • 23 slides

The Array Model

The Array Model. Jim Hogan Mathematics Advisor SSS, Waikato University. Purpose. To learn how to use the array to model multiplication - with whole numbers - fractions - decimals - algebra expansions To re-learn how important robust mental models are to learning. 3 x 4.

234 views • 23 slides

Rectangles and Multiplication

Rectangles and Multiplication. Here is a rectangle with sides 3 and 7. The total number of squares can be found by multiplying 3 and 7. 7. 3. Rectangles and Multiplication. Here is a rectangle with sides 3 and 7. The total number of squares can be found by multiplying 3 and 7.

387 views • 19 slides

Composition 2 By Piet Mondrian 1922

598 views • 18 slides

Two Way Tables - Papers

Nadine asked 50 people which of the newspapers the Times, the Guardian and the Telegraph they like best. Here is information about her results. 19 out of the 25 males said they like the Telegraph best. 5 females said they like the Guardian best.

355 views • 18 slides

6-3

6-3. Percent of a Number. Course 2. Warm Up. Problem of the Day. Lesson Presentation. 6-3. Percent of a Number. Course 2. Warm Up Multiply. 1. 0.05 ? 20 2. 0.32 ? 15 3. 0.06 ? 25 4. 0.75 ? 18 5. 0.34 ? 76. 1. 4.8. 1.5. 13.5. 25.84. 6-3. Percent of a Number.

313 views • 18 slides

Puzzles

TO. Puzzles. ALGORITHMS. Brian Thompson bthom@cs.rutgers.edu. Why Puzzles?. Learning algorithms may be intimidating for students who are new to computer science Puzzles are more familiar and are frequently seen as challenging and fun

447 views • 17 slides

2004 PSAT Corrections - Math 4

2004 PSAT Corrections - Math 4. In the figure, which of the following line segments has a slope of 2? A. PA B. PB C. PC D. PD E. PE. 59%. This slopes UP 2 and over 1. B. C. D. E. PD goes up 5 and over 1. PB slopes down instead of up. A. P. PA slopes down instead of up.

282 views • 15 slides

Problem of the Day

Problem of the Day In a group of 60 triangular and square tiles, 25% are red, and 75% are blue. The ratio of triangles to squares is 1:2. Seventy percent of the squares are blue. Find the number of each kind of tile (red or blue squares or triangles).

224 views • 15 slides

Match the equivalent fractions

Match the equivalent fractions. 3 4. 2 3. 10 25. 25 50. 1 4. 6 9. 2 5. 7 28. 60 80. 1 2. Ratio. 04 May 2005. C/W. Aims: To understand ratios and ratio notation To solve problems using ratios. There are 2 red squares and 6 blue squares.

156 views • 10 slides

Delete the red circle.

Delete the red circle. Make the blue squares the same size as the red square. Make the stars smaller so they all fit in the box. Delete the blue shapes.

171 views • 4 slides

Derek Kauneckis Associate Professor Dept. of Political Science University of Nevada, Reno Reno, Nevada 89557 kauneck@un

Assessing climate policy networks in Nevada water management Orion Cuffe, Ph.D.Student , Political Science Department, University of Nevada, Reno Derek Kauneckis , Associate Professor, Political Science Department, University of Nevada, Reno . Orion Cuffe Ph.D. Student

184 views • 1 slides