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URGENT PLEASE HELP Sara and Sam are each working on a science project in which they need to research the individual masses of the nine planets (including the dwarf planet Pluto as the ninth planet). Sara completes her data for the planets' masses in kilograms while Sam's data is in milligrams. Use the following data tables to complete parts I, II, and III.


Sara:


Planet Mass (in kilograms)

Jupiter

Saturn

Neptune

Uranus

Earth

Venus

Mars

Mercury

Pluto

Sam:


Planet Mass (in milligrams)

Jupiter

Saturn

Neptune

Uranus

Earth

Venus

Mars

Mercury

Pluto

Part I: Although both data tables represent correct data for each of the planet’s masses, who represented Jupiter’s mass with the most appropriate units, Sara or Sam?


Part II: In two or more complete sentences, explain your reasoning for your answer in Part I.


Part III: Use multiplication, division, and scientific notation to show that Sara’s representation of Jupiter’s mass in kilograms is equal to Sam’s representation of Jupiter’s mass in milligrams.

WRITER

URGENT PLEASE HELP Sara and Sam are each working on a science project in which they need to research the individual masses of the nine planets including the dwa class=

Respuesta :

jocelynchacon086

Question I- I think that Sara represented Jupiter's mass more appropriately because Jupiter's mass is more commonly used it kilograms, and mass is kilograms

Part II- Sara represented Jupiter's mass more appropriately when using kilograms because mass has a unit of measure, and kilograms is the basic unit of mass

part III- Sara's data for Jupiter as 1.989 · 10²⁷  kg is more appropriate than

Sam's 1.989 · 10³³  mg Data

1.989 · 10²⁷  kg

1kg = 1000 g

1g = 1000 mg

=> 1kg = 1000 * 1000 mg

=> 1 kg = 10⁶ mg

hence 1.989 · 10²⁷  kg = 1.989 · 10²⁷  * 10⁶ mg

= 1.989 · 10³³  mg

= Sam's Data

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