A biologist measured the number of mosquito larvae on the surface of apond. The biologist randomly sampled various spots on the pond's surface.For each spot, he measured the surface area and counted the number ofmosquito larvae in that spot.Surface Area (cm³)46.202540404545Number ofMosquito Larvae1145911Draw a mapping diagram to represent the relation between the surfacearea and the number of mosquito larvae.a)Identify the relation between the surface area and the number ofmosquito larvae. Then tell whether the relation represented by themapping diagram is a function. Explain.b)c)The biologist decides to find the average number of mosquito larvaefor a given surface area. Complete the table. Then tell whether thisrelation is a function. Explain.Surface Area (cm²)4620254045Average Number ofMosquito Larvae1

Name: A biologist measured the number of mosquito larvae on the surface of
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Description: A biologist measured the number of mosquito larvae on the surface of apond. The biologist randomly sampled various spots on the pond's surface.For each spot, he measured the surface area and counted the number ofmosquito larvae in that spot.Surface

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A biologist measured the number of mosquito larvae on the surface of a 1 pond. The biologist randomly sampled various spots on the pond's surface. For each spot, he measured the surface area and counted the number of mosquito larvae in that spot. Surface Area (cm?) 4 20 25 40 40 45 45 Number of Mosquito Larvae 4. 5. 9. 11 a) Draw a mapping diagram to represent the relation between the surface area and the number of mosquito larvae. Identify the relation between the surface area and the number of mosquito larvae. Then tell whether the relation represented by the mapping diagram is a function. Explain. b) The biologist decides to find the average number of mosquito larvae for a given surface area. Complete the table. Then tell whether this relation is a function. Explain. c) Surface Area (cm²) 4. 6. 20 25 40 45 Average Number of Mosquito Larvae

A biologist measured the number of mosquito larvae on the surface of a 1 pond. The biologist randomly sampled various spots on the pond's surface. For each spot, he measured the surface area and counted the number of mosquito larvae in that spot. Surface Area (cm?) 4 20 25 40 40 45 45 Number of Mosquito Larvae 4. 5. 9. 11 a) Draw a mapping diagram to represent the relation between the surface area and the number of mosquito larvae. Identify the relation between the surface area and the number of mosquito larvae. Then tell whether the relation represented by the mapping diagram is a function. Explain. b) The biologist decides to find the average number of mosquito larvae for a given surface area. Complete the table. Then tell whether this relation is a function. Explain. c) Surface Area (cm²) 4. 6. 20 25 40 45 Average Number of Mosquito Larvae

Elementary Geometry for College Students

6th Edition

ISBN:9781285195698

Author:Daniel C. Alexander, Geralyn M. Koeberlein

Publisher:Daniel C. Alexander, Geralyn M. Koeberlein

Chapter1: Line And Angle Relationships

Section1.6: Relationships: Perpendicular Lines

Problem 18E: Does the relation is in love with have a reflexive property consider one person? a symmetric...

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