Performing exercises for small, weak muscles after your main workout is more effective. The larger, dominant muscles that tend to compensate are already fatigued, which allows for better activation and strengthening of the intended smaller muscles without them taking over.

Defaulting to a standing, staggered-stance position during exercises mimics how the body naturally creates stability. This approach improves core engagement and balance, making strength gains more applicable to sports and daily life compared to seated or squared-stance exercises.

Contrary to common advice, Greg Norman's coach had him hit the ball as hard as possible first, then work on accuracy. This pre-loaded power into his swing, allowing him to scale back for control later, rather than struggling to add power to an already precise but weak motion.

During unilateral movements like a curl or lunge, slightly turning the torso toward the active limb creates co-contraction in the core and hip/shoulder girdle. This "screwing down" effect establishes a stable base, allowing for more efficient force production and reducing injury risk.

An injury shouldn't halt all training. Like rerouting traffic around a closed street, find alternative exercises that don't aggravate the injury. This maintains fitness, promotes blood flow for healing, and prevents the rapid deconditioning that comes from complete rest.

The order of workouts matters significantly. Performing strength training before endurance work does not compromise endurance and may even enhance it. However, doing endurance training first fatigues muscles, leading to worse performance and diminished results in the subsequent strength session.

Sue Bird argues that at the elite level, hard work is a given. The key to longevity is “smart practice”—mastering core skills early, then adopting low-impact training and film study to reduce physical wear and tear while still improving.

The specific exercise you choose (e.g., bench press) does not determine the outcome. Rather, the adaptation (strength vs. endurance) is dictated by variables like intensity, sets, reps, and rest periods. The application of the exercise is the primary driver of results.

The primary physiological drivers for strength and hypertrophy are distinct. Strength gains are driven by high intensity (lifting a high percentage of your max). Muscle growth is primarily driven by total training volume (sets x reps), assuming sets are taken near failure.