Use the library or Internet to research each planet. Make a chart comparing the following: approximate surface temperature relative surface gravity compared to Earth atmospheric gases water in any form: solid, gas, or liquid.

Sorry the planets are not in order

Explanation:

Mercury

approximate surface temperature- 800 degress relative surface gravity compared to Earth- 38%atmospheric gases - oxgen, soduium, hydrogen, helium, potassiumwater in any form: no

Venus

approximate surface temperature -864 degressrelative surface gravity compared to Earth- 91% atmospheric gases - Carbon dioxide nitrogenwater in any form: Gas

Mars

approximate surface temperature- -67 F atmospheric gases- Carbon dioxide, argon,nitrogenwater in any form-solid, gas

Jupiter

approximate surface temperature-234 degreesrelative surface gravity compared to Earth-254%atmospheric gases- Mainly hydrogen -, but also heliumwater in any form-water vapor

Saturn

approximate surface temperature-288 degreesrelative surface gravity compared to Earth-108%atmospheric gases- hydrogen, some helium and small amounts of methane, and ammonia.water in any form-no

Neptune

approximate surface temperature: -380 Fahrenheitrelative surface gravity compared to Earth: 119%atmospheric gases: methane, ethane, ethyne, helium, and hydrogen.water in any form: solid, gas, or liquid: Neptune is classified as ice giant. has large quantities of water ice mixed in with a largely hydrogen and helium atmosphere.

Pluto

approximate surface temperature: -380 Fahrenheitrelative surface gravity compared to Earth: 8%atmospheric gases: nitrogen, carbon monoxide and methane.water in any form: solid, gas, or liquid: solid, gas and liquid.

The procedures are listed in your virtual lab. You do not need to repeat them here. Please be sure to identify the test variable (independent variable), outcome variable (dependent variable).

Reminder: Test variable = the item you are changing or manipulating; Outcome variable = the item you are measuring

Test variable (independent variable):

Outcome variable (dependent variable):

Data:

Record the data from each location below.

Location NameBoundary Type

(C=Convergent, D=Divergent, or T=Transform)Year Observed

(5, 10, or 20 million years)Geologic Events Observed

(earthquakes, faults, ocean formation, mountains, volcanoes, island chains, seafloor spreading)

Location One

Himalayas  5Event 1-

20Event 2-

Location Two

East Africa  5Event 1-

10Event 2-

20Event 3-

Location Three

San Andreas fault zone  5Event 1-

10Event 2-

20Event 3-

Location Four

Aleutian Islands  5Event 1-

20Event 2-

Location Five

Mid-Atlantic Ridge  5Event 1-

10Event 2-

20Event 3-

Location Six

Alpine Fault  5Event 1-

20Event 2-

Explanation:

hope this helped :)