Which factor is irrelevant to determining wheel speed in robotic movement?

To understand why the time of day is irrelevant to determining wheel speed in robotic movement, it's important to recognize the factors that directly influence how a robot's wheels operate. Wheel speed is a product of the motor power level, which dictates how much energy is supplied to the motors that drive the wheels. Additionally, the size of the wheels plays a crucial role because larger wheels cover more ground with each rotation compared to smaller wheels, thereby affecting speed directly. Surface friction is also significant, as it determines how much grip the wheels have on the ground; higher friction allows for better acceleration and speed, while lower friction may hinder performance.

In contrast, the time of day does not have any bearing on these mechanical and physical aspects of the robot's operation. It does not influence motor capabilities, wheel dimensions, or traction properties, making it irrelevant when considering factors that affect wheel speed during movement.