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Problem 116. Justo has a twelve-foot ladder leaning against a vertical wall as shown below. Mr. Hipsickles scampers up the ladder, causing the base of the ladder to slide away from the wall. Let x represent the horizontal distance, measured in feet, between the base of the ladder and the wall; and let y represent the vertical distance, measured in feet, between the top of the ladder and the ground. Let t represent the number of seconds passed since the ladder began to slide. When the base of the ladder is six feet from the wall, suppose we know that d= 7.6 feet per second. What is the corresponding value of ? dt

Problem 116. Justo has a twelve-foot ladder leaning against a vertical wall as shown below. Mr. Hipsickles scampers up the ladder, causing the base of the ladder to slide away from the wall. Let x represent the horizontal distance, measured in feet, between the base of the ladder and the wall; and let y represent the vertical distance, measured in feet, between the top of the ladder and the ground. Let t represent the number of seconds passed since the ladder began to slide. When the base of the ladder is six feet from the wall, suppose we know that d= 7.6 feet per second. What is the corresponding value of ? dt

Algebra & Trigonometry with Analytic Geometry
Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter7: Analytic Trigonometry
Section7.6: The Inverse Trigonometric Functions
Problem 74E
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Problem 116. Justo has a twelve-foot ladder leaning against a vertical wall as shown below. Mr. Hipsickles scampers up the ladder, causing the base of the ladder to slide away from the wall. Let x represent the horizontal distance, measured in feet, between the base of the ladder and the wall; and let y represent the vertical distance, measured in feet, between the top of the ladder and the ground. Let t represent the number of seconds passed since the ladder began to slide. When the base of the ladder is six feet from the wall, suppose we know that d = 7.6 feet per second. What is the corresponding value of ?
Transcribed Image Text:Problem 116. Justo has a twelve-foot ladder leaning against a vertical wall as shown below. Mr. Hipsickles scampers up the ladder, causing the base of the ladder to slide away from the wall. Let x represent the horizontal distance, measured in feet, between the base of the ladder and the wall; and let y represent the vertical distance, measured in feet, between the top of the ladder and the ground. Let t represent the number of seconds passed since the ladder began to slide. When the base of the ladder is six feet from the wall, suppose we know that d = 7.6 feet per second. What is the corresponding value of ?
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