Final answer:
The provided details do not pertain to calculating the area of a parallelogram as they relate to different physics problems involving the calculation of energy in joules from pressure and volume flow rate, not geometrical area.
Step-by-step explanation:
The question asks for the area of a parallelogram, which is typically the product of its base and height. This formula does not apply to scenarios described in the provided question, as they relate to the multiplication of pressure difference and volume flow rate, which results in an energy value in joules, not area. Based on the information you've given, it appears to be a mix-up with multiple different physics problems, and none of the data corresponds to finding the area of a geometrical shape like a parallelogram.
For problems pertaining to other properties concerning forces, energy calculation, or vector analysis, you need to apply physical principles like Pascal's Law, conservation of energy, and vector addition/subtraction. They involve calculations as illustrated in the provided solution for energy with a pressure difference and a volume flow rate resulting in energy measured in joules (650 J).