Is it theoretically possible, given the physics, to cremated multiple bodies (2-8) in one crematoria furnace, so that each body is fully cremated every 10 minutes? Forget any laws or the amount of fuel (i.e. coke) it would take. Just the physics. Is it p

From a purely theoretical physics perspective, the feasibility of cremating multiple bodies simultaneously in a single crematorium furnace involves several factors, including heat distribution, combustion efficiency, and airflow dynamics. 1. **Heat Distribution**: A crematorium furnace is designed to reach and maintain high temperatures (typically around 1400-1800°F or 760-982°C) for sufficient durations to ensure complete combustion of a single body. Introducing multiple bodies at once could lead to uneven heat distribution. If the bodies are stacked too closely, the heat may not effectively reach all parts of each body, leading to incomplete cremation. 2. **Airflow and Combustion**: The combustion process requires a specific air-to-fuel ratio to ensure efficient burning. Multiple bodies could obstruct airflow, which is crucial for adequate oxygen supply. Good airflow is necessary for combustion; without it, the fire might not burn efficiently, and some parts of the bodies might not be fully cremated. 3. **Thermal Capacity**: A crematorium furnace has a specific thermal capacity designed to handle a single body’s mass and energy needs. The introduction of additional mass (from multiple bodies) increases the required energy and might overwhelm the furnace's capabilities if not designed for batch processing. 4. **Design of the Furnace**: Crematory furnaces vary in design, and some might be explicitly designed to handle multiple bodies in a single operation (known as batch cremation). These designs would address the issues of heat distribution and airflow. In summary, while it is theoretically possible to cremate multiple bodies simultaneously with the right equipment and design considerations, significant challenges related to heat distribution, airflow, and combustion efficiency exist. To achieve complete cremation of multiple bodies in a 10-minute timeframe would require an optimized approach, likely involving specialized designs with greater energy input and careful control of airflow.