True or False: Model verification ensures that the model aligns with our conceptual expectations.

Model verification is a crucial step in the modeling process that determines whether the model accurately represents the conceptual understanding of the system being studied. This process involves checking that the model's construction aligns with theoretical expectations and the assumptions made at the outset. Essentially, verification confirms that the model works as intended and performs correctly under the specified conditions.

When a model is verified, it means that simulations or calculations produced by the model are consistent with the underlying behaviors and principles outlined in the conceptual framework. This ensures that any predictions or analyses derived from the model are grounded in a valid foundation, making it a reliable tool for further exploration.

Therefore, stating that model verification ensures alignment with conceptual expectations is indeed accurate, supporting the assertion that this statement is true. It reflects the fundamental purpose of verification in establishing confidence in the model's reliability before it is used for further analysis or decision-making.