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1. If your repair will last for a month or more, which planet would be more advantageous to land on? A. Planet 1 B. Planet 2 D. Planet 4 E. Planet 5 F. Planet 6 (shade letters A and B) C. Planet 3 2. From the choices below, select three (3) most significant features of the planet which is more advantageous to land on. A. presence of active volcanoes and seismic activities B. average temperature of 30° c C. presence of liquid/open water D. presence of one or more satellite/moon E. N, O2 and ozone layer in the atmosphere 3. From the choices below, select two (2) disadvantageous features of the planet which is more advantageous to land on. A. average temperature of 2° C B. ice is covering much of the planet C. mass = 1 D. cold oceans/waters E. presence of CO2 in the atmosphere

1. If your repair will last for a month or more, which planet would be more advantageous to land on? A. Planet 1 B. Planet 2 D. Planet 4 E. Planet 5 F. Planet 6 (shade letters A and B) C. Planet 3 2. From the choices below, select three (3) most significant features of the planet which is more advantageous to land on. A. presence of active volcanoes and seismic activities B. average temperature of 30° c C. presence of liquid/open water D. presence of one or more satellite/moon E. N, O2 and ozone layer in the atmosphere 3. From the choices below, select two (2) disadvantageous features of the planet which is more advantageous to land on. A. average temperature of 2° C B. ice is covering much of the planet C. mass = 1 D. cold oceans/waters E. presence of CO2 in the atmosphere

Applications and Investigations in Earth Science (9th Edition)
Applications and Investigations in Earth Science (9th Edition)
9th Edition
ISBN:9780134746241
Author:Edward J. Tarbuck, Frederick K. Lutgens, Dennis G. Tasa
Publisher:Edward J. Tarbuck, Frederick K. Lutgens, Dennis G. Tasa
Chapter1: The Study Of Minerals
Section: Chapter Questions
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Table 3 Profiles of Planets and Moons of Yanib System. Modified from: http:// www.voyagesthroughtime.org/planetary/sample/lesson5/pdf/5_3_1sas_crashland.pdf Planet 1 (closet to the star) Mass: 1.5 (Earth = 1) Planet 4 Mass: 1.5 Tectonics: Active volcanoes and Tectonics: Active volcanoes and seismic activity detected Atmosphere: CO2, N, and H20 Ave. Temperature: 651°C Description: Thick clouds surround the planet. No surface is visible seismic activity detected Atmosphere: N, O2, and ozone layer Average Temperature: 2°C Description: Cold oceans, covered with ice along much of the globe, some open water around equator through the clouds. Planet 2 Planet 5 Mass: 0.5 Gas Giant with one large moon. Moon: Sulfur dioxide (SO2) Tectonics: No activity detected Atmosphere: Thin CO2 atmosphere. Many volcanoes and hot springs on surface. Temperatures in hot spots can be up to 600°C. Other spots away from volcanic heat can get as low in temperature as 145°C. atmosphere detected Average Temperature: 10°C Description: Polar ice caps, dry riverbeds Planet 3 Planet 6 Mass: 1 Gas giant with four large, rocky Tectonics: Active volcanoes and satellites (moons). seismic activity detected. Atmosphere: CO2, H20 Temperature: 30 °C Description: Liquid water oceans Moons have no appreciable atmosphere. Ice detectable on one. cover much of the surface. Volcanic island chains make up most of the dry land.
Transcribed Image Text:Table 3 Profiles of Planets and Moons of Yanib System. Modified from: http:// www.voyagesthroughtime.org/planetary/sample/lesson5/pdf/5_3_1sas_crashland.pdf Planet 1 (closet to the star) Mass: 1.5 (Earth = 1) Planet 4 Mass: 1.5 Tectonics: Active volcanoes and Tectonics: Active volcanoes and seismic activity detected Atmosphere: CO2, N, and H20 Ave. Temperature: 651°C Description: Thick clouds surround the planet. No surface is visible seismic activity detected Atmosphere: N, O2, and ozone layer Average Temperature: 2°C Description: Cold oceans, covered with ice along much of the globe, some open water around equator through the clouds. Planet 2 Planet 5 Mass: 0.5 Gas Giant with one large moon. Moon: Sulfur dioxide (SO2) Tectonics: No activity detected Atmosphere: Thin CO2 atmosphere. Many volcanoes and hot springs on surface. Temperatures in hot spots can be up to 600°C. Other spots away from volcanic heat can get as low in temperature as 145°C. atmosphere detected Average Temperature: 10°C Description: Polar ice caps, dry riverbeds Planet 3 Planet 6 Mass: 1 Gas giant with four large, rocky Tectonics: Active volcanoes and satellites (moons). seismic activity detected. Atmosphere: CO2, H20 Temperature: 30 °C Description: Liquid water oceans Moons have no appreciable atmosphere. Ice detectable on one. cover much of the surface. Volcanic island chains make up most of the dry land.
1. If your repair will last for a month or more, which planet would be more advantageous to land on? A. Planet 1 D. Planet 4 E. Planet 5 F. Planet 6 (shade letters A and B) B. Planet 2 C. Planet 3 2. From the choices below, select three (3) most significant features of the planet which is more advantageous to land on. A. presence of active volcanoes and seismic activities B. average temperature of 30° C C. presence of liquid/open water D. presence of one or more satellite/moon E. N, O2 and ozone layer in the atmosphere 3. From the choices below, select two (2) disadvantageous features of the planet which is more advantageous to land on. A. average temperature of 2° C B. ice is covering much of the planet C. mass = 1 D. cold oceans/waters E. presence of CO2 in the atmosphere
Transcribed Image Text:1. If your repair will last for a month or more, which planet would be more advantageous to land on? A. Planet 1 D. Planet 4 E. Planet 5 F. Planet 6 (shade letters A and B) B. Planet 2 C. Planet 3 2. From the choices below, select three (3) most significant features of the planet which is more advantageous to land on. A. presence of active volcanoes and seismic activities B. average temperature of 30° C C. presence of liquid/open water D. presence of one or more satellite/moon E. N, O2 and ozone layer in the atmosphere 3. From the choices below, select two (2) disadvantageous features of the planet which is more advantageous to land on. A. average temperature of 2° C B. ice is covering much of the planet C. mass = 1 D. cold oceans/waters E. presence of CO2 in the atmosphere
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