Two planes are gaining elevation at 6:00 am. Airplane #1 has an elevation of 12890 ft and climbs 1750 feet every 5 minutes. Airplane #2 has an elevation of 6010 ft and climbs 1650 feet every 3 minutes. Let t represent the time in minutes since 6:00 am, and let E represent the elevation in feet. Write the Linear functions for the elevations of each plane in terms of t. plane # 1: E(t) = %3D plane #2: E(t) How long after 6:00 am will the planes have the same elevation? minutes What is the elevation at that time? feet

Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter3: Functions And Graphs
Section3.5: Graphs Of Functions
Problem 14E
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Two planes are gaining elevation at 6:00 am. Airplane #1 has an elevation of 12890 ft and climbs 1750 feet
every 5 minutes. Airplane #2 has an elevation of 6010 ft and climbs 1650 feet every 3 minutes.
Let t represent the time in minutes since 6:00 am, and let E represent the elevation in feet. Write the
Linear functions for the elevations of each plane in terms of t.
plane #1: E(t) =
|3D
plane #2: E(t):
How long after 6:00 am will the planes have the same elevation?
minutes
What is the elevation at that time?
feet
Transcribed Image Text:Two planes are gaining elevation at 6:00 am. Airplane #1 has an elevation of 12890 ft and climbs 1750 feet every 5 minutes. Airplane #2 has an elevation of 6010 ft and climbs 1650 feet every 3 minutes. Let t represent the time in minutes since 6:00 am, and let E represent the elevation in feet. Write the Linear functions for the elevations of each plane in terms of t. plane #1: E(t) = |3D plane #2: E(t): How long after 6:00 am will the planes have the same elevation? minutes What is the elevation at that time? feet
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