I-J Class Planet Pack 1

a star\'s solar system, but can exist in any region. They are comprised entriely of gas, tenuous, comprised mostly of hydrogen and helium compounds, and may have water vapor as well. Temperatures vary in the cloud layers. They may contain a solid metallic mass core. They also radiate heat. A Supergiant can have hundreds of moons and also water ice rings. Life existing on a Class I is uncertain. Life forms, if any, have to exist in the biozone layers of the upper atmosphere. They may be single-celled organisms, or creatures and plants that would have to be constantly airborne. Example: Q\'tahL Class J Gas Giant Class J planets range in age from 2 to 10 billion years old. Their diameters range in size from 50,000 to 140,000 km. They are usually located in the coldzone region of a star\'s solar system, but can exist in any region. They are comprised entirely of gas, tenuous, comprised mostly of hydrogen and helium compounds, and may have water vapor as well. Temperatures vary in the cloud layers. They may contain a solid metallic mass core. They also radiate some heat. A Gas Giant can have dozens of moons and also water ice rings. Life existing on a Class J is uncertain. Life forms, if any, have to exist in the biozone layers of the upper atmosphere. They may be single-celled organisms, or creatures and plants that would have to be constantly airborne. Examples: Jupiter (Sol V), Saturn (Sol VI)
Class I Gas Supergiant Class I planets range in age from 2 to 10 billion years old. Their diameters range in size from 140,000 to 10 million km. They are usually located in the coldzone region of