'1 finding' presentation slideshows

Warm Up

Preview. Warm Up. California Standards. Lesson Presentation. Warm Up Solve. 1. 10% of what number is 6? 2. What percent of 20 is 8? 3. What is 80% of 60? 4. 50 is what percent of 200?. 60. 40%. 48. 25%. California Standards.

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Warm Up

Preview. Warm Up. California Standards. Lesson Presentation. Warm Up Tell whether the given angles are vertical, complementary, or supplementary. 1. ? QXT and ? QXR 2. ? QXR and ? TXS 3. ? PXQ and ? QXR 4. ? PXQ and ? PXS 5. ? TXS and ? SXR. supplementary. vertical.

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12.6 Surface Area and Volume of Spheres

12.6 Surface Area and Volume of Spheres. Geometry Ms. Reser. Objectives/Assignment. Find the surface area of a sphere. Find the volume of a sphere in real life such as the ball bearing in Ex. 4. 12.6 WS A. Finding the Surface Area of a Sphere.

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Apply the formula for midpoint. Use the distance formula to find the distance between two points.

Objective. Apply the formula for midpoint. Use the distance formula to find the distance between two points. In Lesson 5-4, you used the coordinates of points to determine the slope of lines. You can also use coordinates to determine the midpoint of a line segment on the coordinate plane.

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Apply the formula for midpoint. Use the distance formula to find the distance between two points.

Objective. Apply the formula for midpoint. Use the distance formula to find the distance between two points. Vocabulary. midpoint.

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Technology Ventures : From Idea to Opportunity

From idea to enterprise. ENT 4000 - An introduction. Chapter 1: Introduction. Technology Ventures : From Idea to Opportunity. What is entrepreneurship?. Chapter 1: concept. Technology Ventures : From Idea to Opportunity. Entrepreneurship defined.

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11.6 Geometric Probability

11.6 Geometric Probability. Geometry Mrs. Spitz Spring 2006. Objectives/Assignment. Find a geometric probability. Use geometric probability to solve real-life problems. Assignments: pp. 701-701 #1-25 all AND Ch. 11 Review pp. 708-710 #1-34. REMINDER: CH 11 TEST IS FRIDAY!!!.

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11.6 Geometric Probability

11.6 Geometric Probability. Geometry Mrs. Spitz Spring 2006. Objectives/Assignment. Find a geometric probability. Use geometric probability to solve real-life problems. Assignments: pp. 701-701 #1-25 all AND Ch. 11 Review pp. 708-710 #1-34. REMINDER: CH 11 TEST IS FRIDAY!!!.

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Chapter 9

Chapter 9. Right Triangles and Trigonometry. Section 1 Similar Right Triangles. GOAL 1: Proportions in Right Triangles. Example 1: Finding the Height of a Roof A roof has a cross section that is a right triangle. The diagram shows the approximate dimensions of this cross section.

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Chapter 12

Chapter 12. Surface Area and Volume. Section 4 Volume of Prisms and Cylinders. Example 1: Finding the Volume of a Rectangular Prism The box shown is 5 units long, 3 units wide, and 4 units high. How many unit cubes will fit in the box? What is the volume of the box?.

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Chapter 9

Chapter 9. Right Triangles and Trigonometry. Section 4 Special Right Triangles. GOAL 1: Side Lengths of Special Right Triangles. Example 1: Finding the Hypotenuse in a 45-45-90 Triangle Find the value of x. Example 2: Finding a Leg in a 45-45-90 Triangle Find the value of x.

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coordinate distance length construction between congruent segments

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Write down the Date and title in your books and underlined with a ruler. Starter:

Starter. Write down the Date and title in your books and underlined with a ruler. Starter: Answer the problem. 04/06/2018. What is surface area?. 04/06/2018. Example 1: Finding the Surface Area of a cube. Surface Area = Surface area of each of the cube face added together.

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Section 11-5: Areas of Triangles & Trapezoids

Section 11-5: Areas of Triangles & Trapezoids. Pg.558. Objective & Vocabulary. Find the areas of triangles and trapezoids. Triangles Base of a triangle (pg.558): the length of any one of the sides.

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Section 11-7: Area of a Circle

Section 11-7: Area of a Circle. Pg.567. Objective & Vocabulary. Find the area of circles. Radius (pg.563): the distance from the center to any point on the circle. Diameter (pg.563): the distance across the circle through the center.

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CHAPTER 1

CHAPTER 1. Introduction. Algorithm 1.2.1 Finding the Maximum of Three Numbers. This algorithm finds the largest of the numbers a , b , and c. Input Parameters: a , b , c Output Parameter: x max ( a , b , c , x ) { x = a if ( b > x ) // if b is larger than x , update x

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