7. Samantha invented a new outdoor game. The game requires attaching a rope between the tops of two poles of different heights. Read the instructions Samantha created. Use all the given information to determine the maximum allowable distance between the base of pole A and the base of pole B. Game Instructions Materials needed: Pole A, Pole B, 10 feet of rope. Setup: • Place pole A perpendicular to the ground so that its height is 3 feet. • Place pole B perpendicular to the ground so that its height is 7 feet. • The length of the rope must extend at least 6 inches past the top of each pole for proper assembly. • Attach the rope to the top of the two poles. Enter the maximum distance between the base of pole A and the base of pole B to the nearest whole foot.
7. Samantha invented a new outdoor game. The game requires attaching a rope between the tops of two poles of different heights. Read the instructions Samantha created. Use all the given information to determine the maximum allowable distance between the base of pole A and the base of pole B. Game Instructions Materials needed: Pole A, Pole B, 10 feet of rope. Setup: • Place pole A perpendicular to the ground so that its height is 3 feet. • Place pole B perpendicular to the ground so that its height is 7 feet. • The length of the rope must extend at least 6 inches past the top of each pole for proper assembly. • Attach the rope to the top of the two poles. Enter the maximum distance between the base of pole A and the base of pole B to the nearest whole foot.
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Transcribed Image Text:7. Samantha invented a new outdoor game. The game requires attaching a rope between the tops of two poles of
different heights. Read the instructions Samantha created. Use all the given information to determine the maximum
allowable distance between the base of pole A and the base of pole B.
Game Instructions
Materials needed: Pole A, Pole B, 10 feet of rope.
Setup:
• Place pole A perpendicular to the ground so that its height is 3 feet.
• Place pole B perpendicular to the ground so that its height is 7 feet.
• The length of the rope must extend at least 6 inches past the top of each pole for proper assembly.
• Attach the rope to the top of the two poles.
Enter the maximum distance between the base of pole A and the base of pole B to the nearest whole foot.
8. The diagonals of a rectangle ABCD are points A(-4,1) and C(6,-4 ). Determine the area of the rectangle ABCD.
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