Final answer:
TLR's reference appears to be incomplete, but trigonometry can be used to determine vector magnitudes related to landing distances if TLR refers to a component of force or distance in physics.
Step-by-step explanation:
The question "Can we reference the TLR to determine landing distance?" appears to be missing some context, as TLR is not a standard acronym directly related to landing distance in physics or aviation. However, if TLR refers to a component of force or a vector in a physics problem, then yes, you can use trigonometry to determine the magnitude of vectors such as TL and TR, which might relate to forces involved in landing.
In the information provided, equations suggest using trigonometric relationships such as TLX = TL * cos(5.00) to calculate vector magnitudes. This could be part of a larger problem-solving approach to determine forces and distances in a physical scenario, possibly relating to the physics of aircraft landing.