Answer :
Final answer:
The maximum brake temperature for takeoff isn't provided, but a physics problem can be constructed to calculate the temperature increase of brake materials, using the energy conversion principles and specific heat capacity of the material.
Explanation:
The maximum brake temperature for takeoff isn't explicitly stated in the materials provided. However, constructing a problem to calculate the temperature increase of brake materials during a stop involves applying the concept that kinetic energy is converted into thermal energy. Using physics principles, one can find the temperature increase using the formula ΔT = (KE × retention rate) / (mass × specific heat), where KE is the kinetic energy (calculated as Mgh for a descending vehicle), retention rate is the percentage of energy retained by the brakes, mass is the mass of the brake material, and specific heat is the specific heat capacity of the material.
