Title: Solving Similar Triangles Problem **Problem:** Consider the following figure where triangle \( \triangle ABC \sim \triangle DBE \). **Diagram Description:** A geometric figure is displayed with two triangles. Triangle \( \triangle ABC \) is larger, and triangle \( \triangle DBE \) is nested inside it. Each triangle shares a common vertex B. Point E is the midpoint of CB creating line segments DE and EB. **Given:** - \( AC = 16 \) - \( CB = 10 \) - \( E \) is the midpoint of \( CB \) **Objective:** Find the length of \( DE \). **Hint:** Let \( DE = x \), and solve an equation. **Solution Box:** \[ DE = \_\_\_ \] **Additional Resources:** - Option to "Read It" for further explanation - Option to "Watch It" for a visual walkthrough **Instructions:** To solve the problem, use the properties of similar triangles. Create equations using known lengths and apply the midpoint rule to find the unknown length DE.

Elementary Geometry For College Students, 7e
7th Edition
ISBN:9781337614085
Author:Alexander, Daniel C.; Koeberlein, Geralyn M.
Publisher:Alexander, Daniel C.; Koeberlein, Geralyn M.
ChapterP: Preliminary Concepts
SectionP.CT: Test
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Title: Solving Similar Triangles Problem

**Problem:**
Consider the following figure where triangle \( \triangle ABC \sim \triangle DBE \).

**Diagram Description:**
A geometric figure is displayed with two triangles. Triangle \( \triangle ABC \) is larger, and triangle \( \triangle DBE \) is nested inside it. Each triangle shares a common vertex B. Point E is the midpoint of CB creating line segments DE and EB.

**Given:**
- \( AC = 16 \)
- \( CB = 10 \)
- \( E \) is the midpoint of \( CB \)

**Objective:**
Find the length of \( DE \).

**Hint:**
Let \( DE = x \), and solve an equation.

**Solution Box:**
\[ DE = \_\_\_ \]

**Additional Resources:**
- Option to "Read It" for further explanation
- Option to "Watch It" for a visual walkthrough

**Instructions:**
To solve the problem, use the properties of similar triangles. Create equations using known lengths and apply the midpoint rule to find the unknown length DE.
Transcribed Image Text:Title: Solving Similar Triangles Problem **Problem:** Consider the following figure where triangle \( \triangle ABC \sim \triangle DBE \). **Diagram Description:** A geometric figure is displayed with two triangles. Triangle \( \triangle ABC \) is larger, and triangle \( \triangle DBE \) is nested inside it. Each triangle shares a common vertex B. Point E is the midpoint of CB creating line segments DE and EB. **Given:** - \( AC = 16 \) - \( CB = 10 \) - \( E \) is the midpoint of \( CB \) **Objective:** Find the length of \( DE \). **Hint:** Let \( DE = x \), and solve an equation. **Solution Box:** \[ DE = \_\_\_ \] **Additional Resources:** - Option to "Read It" for further explanation - Option to "Watch It" for a visual walkthrough **Instructions:** To solve the problem, use the properties of similar triangles. Create equations using known lengths and apply the midpoint rule to find the unknown length DE.
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