Your mission is to track incoming meteors to predict whether or not they will strike Earth. Since Earth has a circular cross section, you decide to set up a coordinate system with its origin at Earth's center. The equation of Earth's surface is x + y = 40.68, where x and y are distances in thousands of kilometers. 16 (- 13) – 2² = 60 You observe a meteor moving along a path from left to right whose equation is 15 , where y < 5.5. What conic section does the path of the meteor travel? The meteor's path is a(n) What is the center of the conic section that describes the path of the meteor? Determine if the meteor will strike the earth and if it does strike the earth at what point. If the meteor doesn't strike the earth then enter NAN for the coordinate.

Glencoe Algebra 1, Student Edition, 9780079039897, 0079039898, 2018
18th Edition
ISBN:9780079039897
Author:Carter
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Chapter9: Quadratic Functions And Equations
Section9.7: Solving Systems Of Linear And Quadratic Equations
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Your mission is to track incoming meteors to predict whether or not they will strike Earth. Since Earth has a
circular cross section, you decide to set up a coordinate system with its origin at Earth's center. The
equation of Earth's surface is x + y = 40.68, where x and y are distances in thousands of kilometers.
16
(- 13) – 2² = 60
You observe a meteor moving along a path from left to right whose equation is
15
, where y < 5.5. What conic section does the path of the meteor travel?
The meteor's path is a(n)
What is the center of the conic section that describes the path of the meteor?
Determine if the meteor will strike the earth and if it does strike the earth at what point.
If the meteor doesn't strike the earth then enter NAN for the coordinate.
Transcribed Image Text:Your mission is to track incoming meteors to predict whether or not they will strike Earth. Since Earth has a circular cross section, you decide to set up a coordinate system with its origin at Earth's center. The equation of Earth's surface is x + y = 40.68, where x and y are distances in thousands of kilometers. 16 (- 13) – 2² = 60 You observe a meteor moving along a path from left to right whose equation is 15 , where y < 5.5. What conic section does the path of the meteor travel? The meteor's path is a(n) What is the center of the conic section that describes the path of the meteor? Determine if the meteor will strike the earth and if it does strike the earth at what point. If the meteor doesn't strike the earth then enter NAN for the coordinate.
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