Match the items. If my mass on Earth is 27.3 kg, Match my weight for each situation. (Use your answers to guide you.) It is important to note that I used 9.8 m/s/s for gravity in all of these conversions. a. 101.8 N b. 267.5 N c. 307.9 N d. 43.7 N e. 7480.2 N f. 305.5 N g. 16.7 N 1. Weight on Earth 2. Weight on the moon 3. Weight on Sun 4. Weight on Saturn 5. Weight on Neptune 6. Weight on Mercury 7. Weight on Pluto av B E B a a < > > >

Match the items. If my mass on Earth is 27.3 kg, Match my weight for each situation. (Use your answers to guide you.) It is important to note that I used 9.8 m/s/s for gravity in all of these conversions. a. 101.8 N b. 267.5 N c. 307.9 N d. 43.7 N e. 7480.2 N f. 305.5 N g. 16.7 N 1. Weight on Earth 2. Weight on the moon 3. Weight on Sun 4. Weight on Saturn 5. Weight on Neptune 6. Weight on Mercury 7. Weight on Pluto av B E B a a < > > >

Name: Help value: /Match the items.If my mass on Earth is 27.3 kg, Match my
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Description: Help value: /Match the items.If my mass on Earth is 27.3 kg, Match my weight for each situation. (Useyour answers to guide you.)It is important to note that I used 9.8 m/s/s for gravity in all of theseconversions.a. 101.8 Nb. 267.5 Nc. 307.9 Nd. 43.7

Glencoe Physics: Principles and Problems, Student Edition

1st Edition

ISBN:9780078807213

Author:Paul W. Zitzewitz

Publisher:Paul W. Zitzewitz

Chapter7: Gravitation

Section: Chapter Questions

Problem 62A

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