MРM2D1 Name: Assessment of Learning: Analytic Geometry You have been hired as one of the Marvel Camp Rangers. You are assigned to visit three of the camps, but before you begin, you need to report on a few things to your supervisor, Ranger Smith. There are 8 camps in total with the following coordinates: Thor (8, -5) Spider Man (-8, 6) Hawkeye (-10, 0) Black Widow (-5. -3) Black Panther (-3, -9) Captain Marvel (3, 3) Iron Man (6, 8) Hulk (1. 10) 1. Currently you are at the Camp Ranger Station located at the origin. Choose three (3) camps that you would like to visit and plot your location as well as the camps' locations on the grid below. Ay 10 8 6- 4 2 X -10 -8 -6 -4 -2 4 6 8 10 -2- -4- -6– -8- -10– 2. What is the total distance you have to travel if you complete a round trip from the station, visit the three camps (one after another one), and then back to the station? Draw the path of your round trip on the grid. [Each unit on the map = 1 km. Round to the nearest tenth of a unit] 3. As you visit each camp, Smith has asked you to place an emergency kit that is equidistant between every two camps. ldentify the coordinates of these emergency kits for the camps you have chosen. Indicate the emergency kits on the grid. 2. MPM2D1 Name: 4. While you are still at the station, you notice that each camp is visible on your vehicle's radar screen. Determine the equation of each concentric circle that your camp is located at. 5. At the same time, on the concentric circle of the last camp that you will visit, the radar sensor detects another object at x = -1. Where could this object be located? State the coordinates of all possible locations. 6. A new camp is to be built. Suggest the coordinates of the location for this new camp. 7. You will drive over to this new camp to check things out. While there, your vehicle's radar screen will detect the station. Determine the equation of this concentric circle. Thank you for reporting this information. Now you are ready to drive out!

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
Problem 1CT
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MРM2D1
Name:
Assessment of Learning: Analytic Geometry
You have been hired as one of the Marvel Camp Rangers. You are assigned to visit three of the
camps, but before you begin, you need to report on a few things to your supervisor, Ranger Smith.
There are 8 camps in total with the following coordinates:
Thor (8, -5)
Spider Man (-8, 6)
Hawkeye (-10, 0)
Black Widow (-5. -3)
Black Panther (-3, -9)
Captain Marvel (3, 3)
Iron Man (6, 8)
Hulk (1. 10)
1. Currently you are at the Camp Ranger Station located at the origin. Choose three (3) camps that
you would like to visit and plot your location as well as the camps' locations on the grid below.
Ay
10
8
6-
4
2
X
-10
-8
-6
-4
-2
4
6
8
10
-2-
-4-
-6–
-8-
-10–
2. What is the total distance you have to travel if you complete a round trip from the
station, visit the three camps (one after another one), and then back to the station?
Draw the path of your round trip on the grid.
[Each unit on the map = 1 km. Round to the nearest tenth of a unit]
3. As you visit each camp, Smith has asked you to place an emergency kit that is equidistant
between every two camps. ldentify the coordinates of these emergency kits for the camps you
have chosen.
Indicate the emergency kits on the grid.
2.
Transcribed Image Text:MРM2D1 Name: Assessment of Learning: Analytic Geometry You have been hired as one of the Marvel Camp Rangers. You are assigned to visit three of the camps, but before you begin, you need to report on a few things to your supervisor, Ranger Smith. There are 8 camps in total with the following coordinates: Thor (8, -5) Spider Man (-8, 6) Hawkeye (-10, 0) Black Widow (-5. -3) Black Panther (-3, -9) Captain Marvel (3, 3) Iron Man (6, 8) Hulk (1. 10) 1. Currently you are at the Camp Ranger Station located at the origin. Choose three (3) camps that you would like to visit and plot your location as well as the camps' locations on the grid below. Ay 10 8 6- 4 2 X -10 -8 -6 -4 -2 4 6 8 10 -2- -4- -6– -8- -10– 2. What is the total distance you have to travel if you complete a round trip from the station, visit the three camps (one after another one), and then back to the station? Draw the path of your round trip on the grid. [Each unit on the map = 1 km. Round to the nearest tenth of a unit] 3. As you visit each camp, Smith has asked you to place an emergency kit that is equidistant between every two camps. ldentify the coordinates of these emergency kits for the camps you have chosen. Indicate the emergency kits on the grid. 2.
MPM2D1
Name:
4. While you are still at the station, you notice that each camp is visible on your vehicle's radar
screen. Determine the equation of each concentric circle that your camp is located at.
5. At the same time, on the concentric circle of the last camp that you will visit, the radar sensor
detects another object at x = -1. Where could this object be located? State the coordinates of all
possible locations.
6.
A new camp is to be built. Suggest the coordinates of the location for this new camp.
7. You will drive over to this new camp to check things out. While there, your vehicle's radar screen
will detect the station. Determine the equation of this concentric circle.
Thank you for reporting this information. Now you are ready to drive out!
Transcribed Image Text:MPM2D1 Name: 4. While you are still at the station, you notice that each camp is visible on your vehicle's radar screen. Determine the equation of each concentric circle that your camp is located at. 5. At the same time, on the concentric circle of the last camp that you will visit, the radar sensor detects another object at x = -1. Where could this object be located? State the coordinates of all possible locations. 6. A new camp is to be built. Suggest the coordinates of the location for this new camp. 7. You will drive over to this new camp to check things out. While there, your vehicle's radar screen will detect the station. Determine the equation of this concentric circle. Thank you for reporting this information. Now you are ready to drive out!
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