Read Step 2. Categorize the following magnetic field data. strong, assigned 1.0 No Answers Chosen weak or nonexistent,assigned 0.0 No Answers Chosen moderate, assigned 0.5 No Answers Chosen Possible answers : Has a tilted, offset magnetic field that fluctuates, providing only partial shielding Has a strong magnetic field but its outer layers create variability, REDUCING consistent protection. Has a strong global magnetic field generated by its rotating iron core, protecting life from solar wind Lacks a global magnetic field, causing most of its atmosphere to be stripped away over time the strongest magnetic field of any planet in the solar system, deflecting harmful radiation No active magnetic field leaving its surface unprotected from solar and cosmic radiation

## Step 1<br />The problem involves categorizing the given magnetic field data into three categories: strong, moderate, and weak or nonexistent. The data provided describes the characteristics of different celestial bodies' magnetic fields.<br /><br />## Step 2<br />The first category, strong, is assigned a value of 1.0. This corresponds to celestial bodies that have a strong global magnetic field. The description that fits this category is "Has a strong global magnetic field generated by its rotating iron core, protecting life from solar wind". This description is characteristic of Earth, which has a strong magnetic field due to its rotating iron core.<br /><br />## Step 3<br />The second category, moderate, is assigned a value of 0.5. This corresponds to celestial bodies that have a moderate magnetic field. The description that fits this category is "Has a tilted, offset magnetic field that fluctuates, providing only partial shielding". This description is characteristic of Mars, which has a moderate magnetic field due to its tilted, offset magnetic field.<br /><br />## Step 4<br />The third category, weak or nonexistent, is assigned a value of 0.0. This corresponds to celestial bodies that lack a global magnetic field. The descriptions that fit this category are "Lacks a global magnetic field, causing most of its atmosphere to be stripped away over time" and "No active magnetic field leaving its surface unprotected from solar and cosmic radiation". These descriptions are characteristic of Venus and Mercury, which lack a global magnetic field.