Uploaded by amiel

22 SLIDES

450 VUES

230LIKES

4.7 Triangles and Coordinate Proof

DESCRIPTION

Objectives:. Place geometric figures in a coordinate plane.Write a coordinate proof.. Assignment:. pp. 246-249

4.7 Triangles and Coordinate Proof

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

4.7 Use Isosceles &amp; Equilateral Triangles

4.7 Use Isosceles &amp; Equilateral Triangles. Objectives. Use properties of isosceles triangles Use properties of equilateral triangles. Properties of Isosceles Triangles. The  formed by the ≅ sides is called the vertex angle .

455 views • 18 slides

4.7 Triangles and Coordinate Proof

4.7 Triangles and Coordinate Proof. Objectives:. Place geometric figures in a coordinate plane. Write a coordinate proof. Assignment: 2-26 even. Placing Figures in a Coordinate Plane.

622 views • 21 slides

4.7 Triangles and Coordinate Proof

4.7 Triangles and Coordinate Proof. Geometry. Objectives:. Place geometric figures in a coordinate plane. Write a coordinate proof. Assignment:. pp. 246-249 #1-28 all Quiz after this section – similar quiz on pg. 250. Chapter 4 Review – pgs. 252-254 #1-18

422 views • 22 slides

5.1 Midsegment Theorem and Coordinate Proof

5.1 Midsegment Theorem and Coordinate Proof. Goal:Use properties of midsegments and write coordinate proofs. Vocabulary. Midsegment of a triangle: A midsegment of a triangle is a segment that connects the midpoints of two sides of the triangle.

404 views • 16 slides

Lesson 4-7 Triangles and Coordinate Proof

Lesson 4-7 Triangles and Coordinate Proof. Coordinate proof- uses figures in a coordinate plane and Algebra to prove geometric concepts. Placing Figures in the Coordinate Plane Use the origin as the vertex or the center of the figure Place at least one side of a polygon on an axis

354 views • 14 slides

Sections 4.3, 4.7, 4.8 – Using Triangles

Sections 4.3, 4.7, 4.8 – Using Triangles. HW #20 pg. 237 #13-15, 23 pg. 267 #1-13, 15-17, 19, 23-25 . Stability . Which of the following figures is stable? Why? . Special Triangles . Base Angles Theorem

230 views • 8 slides

4.7 – Isosceles Triangles

4.7 – Isosceles Triangles. Geometry Ms. Rinaldi. Remember that a triangle is isosceles if it has at least two congruent sides. When an isosceles triangle has exactly two congruent sides, these two sides are the legs . The angle formed by the legs is the vertex angle .

395 views • 14 slides

4.7 – Equilateral Triangles

4.7 – Equilateral Triangles. Geometry Ms. Rinaldi. Remember that a triangle is equilateral if it has all congruent sides. Equilateral Triangles. Corollary to the Base Angles Theorem. If a triangle is equilateral, then it is equiangular. Corollary to the Converse of Base Angles Theorem.

240 views • 9 slides

4.7 Triangles and Coordinate Proof

4.7 Triangles and Coordinate Proof. Geometry Ms. Reser. Objectives:. Place geometric figures in a coordinate plane. Write a coordinate proof. Assignment:. pp. 246-249 #1-28 all Quiz after this section – similar quiz on pg. 250. Chapter 4 Review – pgs. 252-254 #1-18

448 views • 22 slides

4.7 Isosceles and Equilateral Triangles

4.7 Isosceles and Equilateral Triangles. Objective: You will use theorems about isosceles and equilateral triangles. Base Angle Theorem. If two sides of a triangle are congruent, then the angles opposite them are congruent. Converse of Base Angles Theorem.

390 views • 18 slides

5.1 Midsegment Theorem and Coordinate Proof

5.1 Midsegment Theorem and Coordinate Proof. Learning Target : Students will be able to use properties of midsegments and write coordinate proofs. February 12, 2014. Ex 1: Use the Midsegment Theorem to Find Lengths. Theorem 5.1 Midsegment Theorem A midsegment connecting two sides

356 views • 5 slides

4.7 Use Isosceles and Equilateral Triangles

4.7 Use Isosceles and Equilateral Triangles. Define Isosceles . A triangle is isosceles iff it has two or more congruent sides (yes an equilateral triangle is also isosceles). Isosceles Triangle. vertex. Leg. Leg. base angle. base angle. Base. A. C. B.

470 views • 9 slides

4.7 Use Congruent Triangles

4.7 Use Congruent Triangles. You will use congruent triangles to prove corresponding parts congruent. Essential Question: How can you use congruent triangles to prove angles or sides congruent?. You will learn how to answer this question by using corresponding parts of congruent triangles.

673 views • 17 slides

4.7 Triangles and Coordinate Proof

4.7 Triangles and Coordinate Proof. Objectives:. Place geometric figures in a coordinate plane. Write a coordinate proof. Placing Figures in a Coordinate Plane.

754 views • 21 slides

5.1 Midsegment Theorem and Coordinate Proof

5.1 Midsegment Theorem and Coordinate Proof. Essential Question:. How do you write a coordinate proof?. You will use properties of midsegments and write coordinate proofs.

476 views • 17 slides

4.7 Triangles and Coordinate Proof

4.7 Triangles and Coordinate Proof. Geometry Mrs. Spitz (this slide is not ours… The citation is the end slide) Fall 2004. Objectives:. Place geometric figures in a coordinate plane. Write a coordinate proof. Assignment:. pp. 246-249 #1-28 all

559 views • 23 slides

4.7 Triangles and Coordinate Proof

4.7 Triangles and Coordinate Proof. Geometry Mrs. Spitz Fall 2004. Objectives:. Place geometric figures in a coordinate plane. Write a coordinate proof. Assignment:. pp. 246-249 #1-28 all Quiz after this section – similar quiz on pg. 250. Chapter 4 Review – pgs. 252-254 #1-18

324 views • 22 slides

coordinate proof

5.8 Vocabulary. coordinate proof. Coordinate proofs use coordinate geometry to prove geometric relationships or properties for figures.

351 views • 12 slides

Isosceles Triangles &amp; Coordinate Proof

Isosceles Triangles &amp; Coordinate Proof. Advanced Geometry Triangle Congruence Lesson 3. Example: Identify the legs, base, vertex angle, and base angles of each isosceles triangle. Isosceles Triangle Theorem. If two sides of a triangle are congruent,

152 views • 12 slides

4.7 Use Isosceles and Equilateral Triangles

4.7 Use Isosceles and Equilateral Triangles. Hubarth Geometry. The congruent sides of an isosceles triangle are called legs. The other side is called the base. The two angles at the base of the triangle are called the base angles. A. vertex angle. base angles. leg. leg. B. C. base.

134 views • 9 slides

4.7 – Use Isosceles and Equilateral Triangles

4.7 – Use Isosceles and Equilateral Triangles.

130 views • 9 slides

More Related

4.7 Triangles and Coordinate Proof

4.7 Triangles and Coordinate Proof

Presentation Transcript

4.7 Use Isosceles &amp;amp; Equilateral Triangles

4.7 Triangles and Coordinate Proof

4.7 Triangles and Coordinate Proof

5.1 Midsegment Theorem and Coordinate Proof

Lesson 4-7 Triangles and Coordinate Proof

Sections 4.3, 4.7, 4.8 – Using Triangles

4.7 – Isosceles Triangles

4.7 – Equilateral Triangles

4.7 Triangles and Coordinate Proof

4.7 Isosceles and Equilateral Triangles

5.1 Midsegment Theorem and Coordinate Proof

4.7 Use Isosceles and Equilateral Triangles

4.7 Use Congruent Triangles

4.7 Triangles and Coordinate Proof

5.1 Midsegment Theorem and Coordinate Proof

4.7 Triangles and Coordinate Proof

4.7 Triangles and Coordinate Proof

coordinate proof

Isosceles Triangles &amp;amp; Coordinate Proof

4.7 Use Isosceles and Equilateral Triangles

4.7 – Use Isosceles and Equilateral Triangles

4.7 Use Isosceles & Equilateral Triangles

Isosceles Triangles & Coordinate Proof