True or False: Static may accumulate in liquid, particularly with liquid hydrocarbons.

The statement is true because static electricity can accumulate in liquids, especially in non-conductive liquids like hydrocarbons. When liquids are agitated or flow through pipes, they can generate static electricity due to friction between the liquid and the surfaces they contact. This is particularly relevant in the case of liquid hydrocarbons, which are commonly found in various industrial and commercial applications.

Accumulation of static charge can pose a significant risk of ignition, particularly when the static discharge occurs near flammable vapors. Therefore, understanding the conditions under which static electricity can build up in liquids is crucial for safe handling and storage.

In contexts such as industrial facilities where hydrocarbons are processed or stored, precautions must be employed to manage static electricity effectively to prevent accidents or fires. This includes grounding equipment, using anti-static additives, and adhering to safe handling procedures. The nature of static electricity's formation in liquids is not dependent on temperature in a straightforward way, nor is it limited to confined spaces, making the correct answer indisputable.