Na venn diagram, the separate circles contain characteristics unique to each item being compared and the intersections contain characteristics that are common to both items being compared. this venn diagram compares meteoroids, asteroids, and comets.

a venn diagram has 3 intersecting circles. top: meteoroids circle in yellow; left: comets circle in blue; right: asteroids circle in red. intersection of meteoroids and comets is green. intersection of meteoroids and asteroids is orange. intersection of comets and asteroids is purple. intersection of meteoroids, comets, and asteroids is brown.

which table below accurately describes what data could be filled into the venn diagram?

a 4 row table. row 1: brown section, center area common to all circles, rock or dust based space object. row 2: yellow circle, top circle, made of nickel and iron. row 3: red circle, bottom right circle, between 1 kilometer and 900 kilometers in size. row 4: blue circle, bottom left circle, generate a coma as they head toward the sun.
a 4 row table. row 1: brown section, center area common to all circles, between 1 kilometer and 900 kilometers in size. row 2: yellow circle, top circle, made only of iridium. row 3: red circle, bottom right circle, rock or dust based space object. row 4: blue circle, bottom left circle, generate a coma as they head away from the sun.
a 4 row table. row 1: brown section, center area common to all circles, rock or dust based space object. row 2: yellow circle, top circle, between 1 kilometer and 900 kilometers in size. row 3: red circle, bottom right circle, generate a coma as they head toward the sun. row 4: blue circle, bottom left circle, made of nickel and iron.
a 4 row table. row 1: brown section, center area common to all circles, between 1 kilometer and 900 kilometers in size. row 2: yellow circle, top circle, generate a coma as they head away from the sun. row 3: red circle, bottom right circle, rock or dust based space object. row 4: blue circle, bottom left circle, made only of iridium.