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Center bolt locates axle on spring pack. If broken, axle shifts, causing misalignment and wander. It also allows excess lean in turns. Ride height (B) may change slightly, but misalignment is critical. It is not redundant (C). Brake imbalance (D) not caused directly. ASE T5 stresses spring integrity for axle location.

Caster provides self-centering. Near-zero caster eliminates returnability. Increasing positive caster restores normal return. Camber (B) affects tire wear, not return. Toe (C) affects feather wear. Pitman arm (D) relates to steering gear connection, not returnability. ASE T5 stresses caster angle as primary return-to-center factor.

If refrigerant pressures are normal but outlet is warm, the issue is airflow mix—not refrigerant. A stuck blend door allows hot air to bypass evaporator. Compressor weakness (A) or low charge (B) would alter pressures. Condenser restriction (D) would elevate pressures. ASE T7 emphasizes confirming HVAC actuator response via scan tool or manual testing when cooling is ineffective despite proper refrigeration cycle.

Normal charge voltage is 13.5–14.5 V. 15.8 V indicates regulator overcharging, which damages batteries. Loose grounds (B) cause drop, not overvoltage. Starter windings (C) unrelated. Sulfated batteries (D) are a result, not cause. ASE T6 stresses verifying regulator output before replacing batteries.

Excessive blow-by and oil consumption with low compression point to worn rings or liners. Fuel filter (B) affects fueling, not crankcase pressure. Turbo actuator (C) and DEF (D) affect boost/emissions, not blow-by. ASE T2 emphasizes mechanical diagnosis with compression/leak-down testing.