Essentials of Strength Training and Conditioning Practice Test

These questions are part of the practice quiz. Start practicing

• What is the primary purpose of periodization in a training program?
• During anaerobic exercise, how does increased buffering capacity affect fatigue and endurance?
• Which muscle fiber type is bypassed as a result of selective recruitment to allow for a 1RM?
• Which of the following is a physiological marker of anaerobic overtraining?
• Acute anabolic hormonal responses from anaerobic training?
• Detraining leads to a reduction in neuromuscular efficiency; this is primarily due to changes in which system?
• The rapid decline in strength when training is halted is attributed to changes in which system?
• Which energy system is predominantly used by Type I muscle fibers during low-intensity, long-duration activity?
• Which system is most associated with the initial strength loss when training stops?
• Which tissue lacks its own blood supply and depends on synovial fluid for nutrients?
• Not achieving depth in the back squat is addressed by which cue?
• What is the purpose of conducting a familiarization trial for 1RM testing?
• Why is it beneficial to combine multi-joint and single-joint exercises in a resistance program?
• Why is progressive overload essential in a novice resistance-training program?
• Why is familiarization with testing procedures important before maximal strength tests such as a 1RM?
• Which type of muscle fiber is a 'reservoir' fiber and upon consistent activation changes into a more oxidative form along the continuum?
• How should protein intake be distributed to maximize muscle protein synthesis across the day?
• What is the function of the rotator cuff muscles during overhead pressing?
• Which adaptation is recommended to mitigate heat-related risk?
• What is the threshold stimulus called that initiates new bone formation?
• Why is a 1RM test considered the gold standard for maximal strength assessment, and what precautions should accompany it?
• Overtraining syndrome is best described as which of the following?
• Explain the difference between tempo and time under tension, and how tempo choices influence hypertrophy and power outcomes.
• What is the primary structural component of all connective tissue?
• Which cue helps ensure depth by hip hinge placement?
• Which training condition best aligns with the most effective stimulants for growth hormone release in resistance exercise?
• What term denotes the amount of mineral deposited in a given area of bone?
• Which muscle fiber type shows the greatest increase in size comparatively?
• Tough form of cartilage found in intervertebral disks of the spine and junctions where tendons attach to bones?
• Which training strategies are effective for reducing the risk of low back pain in athletes?
• Which acute hormonal change is associated with anaerobic overtraining?
• What does the SAID principle state and how should it guide program design for athletic performance?
• Which of the following correctly differentiates open-chain from closed-chain exercises, and provides an example of each?
• Which sequence correctly represents the progression from overload to overtraining?
• For older adults, outline a safe resistance training approach to improve strength and function?
• Define periodization and distinguish linear periodization from undulating periodization.
• What happens to connective tissue at the tendon (and ligament) bone junctions, within the body of the tendon or ligament, and in the fascia network within skeletal muscle?
• What are general guidelines for hydration and fluid replacement before, during, and after exercise?
• Which energy system predominantly supports ATP production immediately at the onset of a brief, high-intensity sprint before glycolysis kicks in?
• Which measure is most useful for monitoring relative intensity during a session when a 1RM is not feasible?
• Which cue helps prevent valgus collapse and improve hip ROM during a back squat?
• Which of the following combinations is identified as a major stimulant of growth hormone release during resistance training?
• Outline a practical warm-up for a resistance training session.
• Which statement correctly contrasts Type I and Type II muscle fibers?
• Define lactate threshold and explain its importance for endurance performance.
• What is the term for the parallel arrangements of filaments that are organized into fibers and then into large bundles?
• How does manipulating tempo influence time under tension and hypertrophy outcomes?
• What is the recommended daily protein intake range for hypertrophy and how should it be distributed?
• Which forces are the primary stimulus for growth of tendons, ligaments and fascia?
• Which cue helps maintain balance by distributing weight through the midfoot?
• Which of the following is NOT one of the four things to stimulate bone formation?
• Which process leads to bone becoming stronger and thicker in areas that experience repetitive loading?
• What is the approximate daily protein intake range recommended for muscle growth, based on body weight?
• How do reliability and validity differ in testing and evaluation, and why are both essential?
• What phenomenon describes how fast-twitch motor units can inhibit lower-threshold motor units and activate higher-threshold units when speed and power are required?
• In addition to testosterone and growth hormone, which substances may have acute anabolic responses after anaerobic training?
• Which is a key progression guideline in plyometric training to minimize injury risk?
• Which cartilage is found in intervertebral discs and tendon attachments to bones?
• Which neural adaptation is commonly observed with anaerobic training?
• During resistance training, growth hormone release is most strongly stimulated by performing which of the following?
• Which cue addresses bar drift forward in the overhead press?
• The early drop in strength after cessation of resistance training is attributed to nervous system changes; which option lists that system?
• How do core stabilization and bracing strategies contribute to safe resistance training, and name two effective core training methods.
• What neural mechanism accounts for strength gains in the untrained limb when only one limb is trained?
• What is a practical resistance-training plan for a novice athlete with only two days per week available?
• Name common mobility/stability deficits that can contribute to knee valgus during squats and their corrective focus.
• Which objective measures can monitor progress in a resistance training program?
• Heavy resistance training leads to changes in motor unit size such that all motor units increase in size due to recruitment of high-threshold units. What is this effect best described as?
• What is the purpose of a deload week in periodization?
• Which statement best describes the difference between open-chain and closed-chain exercises in terms of joint and muscle demands?
• What is velocity-based training (VBT) and how does it influence load prescription and autoregulation?
• Which phenomenon describes rapid, explosive movements where higher-threshold motor units are recruited to generate maximal force?
• Which of the following is a physiological marker of anaerobic overtraining?
• The initial decrease in muscular strength caused by detraining is due to undesired changes in which system?
• Where does power training sit on the repetition continuum, and what is emphasized?
• Which item is listed as a key factor in optimizing muscle growth?
• Which fiber type is most oxidative and fatigue-resistant?
• Which cell type manufactures and secretes proteins that form a mineralizable bone matrix?
• Which electrolyte is most critical to replace during prolonged exercise to prevent cramping and maintain performance?
• Which type of training is characterized by high intensity, intermittent bouts of exercise and leads to adaptations in muscular strength, power, hypertrophy, muscular endurance, and motor skill performance?
• Which body system primarily accounts for early strength loss after stopping training?
• What does time-under-tension measure in resistance training?
• Provide smooth joint articulating surface, shock absorber, aids in attachment of connective tissue to the skeleton. Lacks its own blood supply and depends on oxygen and nutrients from synovial fluid. Which tissue is described?
• For maximal strength and power development, which rest interval is typically recommended?
• What type of training is typically used to improve rate of force development?
• In athlete nutrition, why is protein timing around the training window important and what intake per meal is recommended?
• The muscular enlargement described as primarily an increase in cross-sectional area, with greater actin and myosin content and more myofibrils, is called what?
• Which statement best describes typical training frequencies for a novice lifter using a full-body routine and an experienced lifter using an upper-lower or push/pull/legs split?
• Which combination is most effective for stimulating growth hormone release during a resistance training session?
• Which altitude-related strategy is commonly used to stimulate hematologic adaptations to improve oxygen transport?
• For shorter exercise sessions, what is a practical guidance for fluid intake during activity?
• Which limitation is most relevant when using skinfold calipers to estimate body fat?
• Which method is used to examine the magnitude of neural activation following training?
• What is the main purpose of periodization?
• In periodization, which training variables are typically manipulated to elicit adaptation, and how are they organized?
• What material is responsible for the stretch needed in a ligament?
• Which neuromuscular adaptations are typically observed early in resistance training that improve performance?
• The parent protein that consists of three protein strands twisted around each other and is secreted by fibroblasts is called what?
• In periodization, how are macrocycles, mesocycles, and microcycles defined?
• Excessive forward torso lean is corrected by which cue?
• When an athlete ceases training, the early decrease in strength is due to nervous system changes; which choice best describes that?
• In resistance training programs for older adults, which components should be incorporated as tolerated to support functional ability?
• Compare Type I and Type II fibers in terms of contraction speed, force output, and typical training adaptations, and indicate which fiber type is favored by strength and power training.
• In training for advanced lifters, what characterizes their volume and routine structure?
• What is the primary purpose of using a power rack during free-weight training?
• During plyometric progression, which landing pattern is prioritized to minimize injury risk?
• What is the recommended rest interval between sets for maximal strength development versus hypertrophy development?
• During a 3-minute submaximal run, which energy systems contribute and how does the fuel mixture shift as duration changes?
• In high-intensity interval training (HIIT), what role does the phosphagen system play within the work bouts?
• With consistent mechanical loading, what happens to bone mineral density?
• Which cue helps reduce shoulder impingement when elbows tend to flare during the overhead press?
• What is the muscle fiber continuum from the most oxidative to least oxidative type?
• Which set of signs best represents overtraining in athletes?
• Which field test estimates aerobic capacity without gas analysis and is commonly used for athletes?
• Which energy system predominates during very short, high-intensity efforts such as approximately 10 seconds of maximal exertion with complete rest?
• What is the relationship between the amount of force produced and the rate of firing of a motor unit?
• During a 6-second all-out sprint, which energy system predominates?
• Which equations are commonly used to estimate 1RM from submaximal lifts?
• What does neuromuscular efficiency refer to, and how is it improved through resistance training?
• Which of the following is listed as an improvement from anaerobic training?
• Increase in size and fiber type transitions are typical of which category of training adaptations?
• In what sequence should exercises be arranged in a session to maximize performance and minimize injury risk?
• Which of the following is a psychological marker of overtraining?
• What best describes dynamic correspondence in plyometrics?
• During a maximal effort lasting 6-10 seconds, which energy system supplies most ATP, and what is the limiting factor?
• Motor units are recruited for force production in order according to their recruitment thresholds and firing rates. What is this principle called?
• Dynamic knee valgus during landing is defined as inward collapse of the knee. Which training interventions are most consistently recommended to reduce ACL injury risk?
• What are typical rest intervals for maximal strength/power work versus hypertrophy work?
• What neural adaptations occur during anaerobic exercise?
• What do collagen bundles form?
• Post-exercise hydration should be approximately how many liters per kilogram of body weight lost?
• What term describes loading that is applied to a specific region to stimulate growth in that region?
• Which cells migrate to bone surfaces during remodeling to deposit bone matrix?
• What is the recommended pre-exercise hydration strategy in hot conditions?
• Which statement is NOT a typical objective measure for monitoring resistance training progress?
• What rest interval is commonly recommended for hypertrophy-focused training?
• What is the sequence of protein synthesis?
• What happens to bone when mechanical loading is applied?
• Lactate threshold assessment is used to determine which of the following?
• How does ambient temperature affect performance and what adaptations help mitigate heat-related risks?
• What is the recommended sequence of progression for a beginner’s resistance training program?
• What interventions are recommended to restore balance after signs of overtraining?
• Which description best characterizes linear periodization?
• What are key considerations when training youth athletes to reduce injury risk and accommodate growth?
• Which statement best describes the SAID principle application in program design?
• Explain the size principle of motor unit recruitment and how it informs rep schemes in resistance training.
• What is the effect of training at altitude on VO2max, and what strategies can be used to improve sea-level performance?
• What breathing cue supports core stability during resistance lifts, and why?
• How is training volume calculated in resistance training, and why is it a key metric for program design?
• Which field-friendly method is commonly used to estimate body fat percentage and what are its limitations?
• What are the chronic changes in the acute hormonal response to anaerobic training?
• During a 25-second maximal sprint, which energy system predominates and why?
• Detraining is defined as which of the following?
• What daily creatine dose is commonly recommended to improve strength and sprint performance?
• How does the SAID principle guide exercise selection in strength training?
• The interface between the nerve and skeletal muscle is a potential site for neural adaptations from anaerobic training. What is this interface called?
• Differentiate internal and external validity in performance testing and explain why external validity matters for applying results to athletes.
• What best describes applying the SAID principle for a runner?
• Which bench press cue supports scapular stability and proper bar path?
• If a weightlifter adds thirty minutes of intense cycling every other day to her training, what is the greatest effect on performance?
• In the context of short-term detraining, which system's adaptations are most responsible for the initial decrease in strength?
• Which form of cartilage is found on the articulating surfaces of bones?
• What components should be included in an Emergency Action Plan (EAP) for a strength and conditioning facility?
• What can happen if work-to-rest ratios are too high in endurance training sessions?
• Periodization terminology: Macrocycle, Mesocycle, and Microcycle.
• Distinguish isotonic resistance training from isokinetic resistance training.
• In the context of resistance training adaptations, what effect do early neural adaptations have on rate of force development?
• Which is the most beneficial exercise for improving bone mineral density for a 50 year old athlete?
• Phosphagen system duration and rest intervals are best described by which combination?
• Which joints and muscle groups are commonly targeted in a comprehensive resistance training program?
• Which statement best reflects the MES concept in bone adaptation?
• Name two common periodization models and describe how they differ in allocation of volume and intensity.
• To maximize time under tension for hypertrophy, which tempo would be most effective?
• Which periodization model is characterized by gradual changes in intensity and volume over extended blocks of time?
• What is acclimatization in heat adaptation?
• Which of the following constitutes major lifts to emphasize in a beginner's program?
• Which sequence best describes a safe progression for a 1RM bench press test to minimize injury risk?
• During high-intensity anaerobic exercise, how are blood pH and buffering capacity affected?
• During short, high-intensity efforts, what happens to phosphocreatine stores?
• During short-term detraining, early strength loss is primarily due to changes in the nervous system. Which option correctly identifies this system?
• During the overhead press, which coaching cue best reduces excessive lumbar extension?
• What term describes the reduction of training adaptations after stopping anaerobic training?
• Which metric directly relates to total work performed in resistance training?
• List three evidence-based injury prevention strategies commonly recommended in NSCA guidelines.
• What does volume-load quantify in resistance training?
• In periodization, which statement correctly defines the mesocycle?
• Glycolytic conditioning is typically characterized by rest intervals that are which relative to phosphagen rest times?
• What does the RAMP model stand for in warm-up?
• Training only one limb can increase strength in the untrained limb due to a central neural adaptation. What is this phenomenon called?
• Which statement best contrasts adaptations from endurance training and resistance training?
• During a detraining period, the earliest strength reduction is most closely linked to changes in which system?
• Which tests are commonly used to assess cardiorespiratory fitness and aerobic capacity?
• Endurance training typically increases stroke volume due to which mechanisms?
• Which factor is most important to minimize injury risk when starting a bench press 1RM test?
• Which scenario demonstrates a riskier practice when novices begin free-weight training?
• Which neural parameter can be enhanced by anaerobic training to support stronger, faster contractions?
• List key safety practices when using free weights with novices.
• What is a typical rep range for major lifts in a novice full-body workout?
• Which statement best describes undulating periodization?
• What happens to the density of mitochondria during heavy resistance training?
• Which statement best describes the repetition continuum and how it informs exercise selection for different goals?
• Which pair of nutritional ergogenic aids has well-established evidence for performance enhancement?
• Define rate of force development (RFD) and explain why it is important for power development.
• What does the tempo notation 3-0-1-0 indicate for a resistance exercise?
• What is a safe deadlift technique cue to maintain a neutral spine and minimize hip and knee strain?
• What is the fibrous connective tissue that surrounds and separates the levels within the skeletal muscle and provides resistance to forces in different directions?
• Which statement correctly defines muscular endurance and muscular power and describes their training differences?
• Which type of cartilage is located on the articulating surfaces of bones in joints?
• Which cue helps reduce spinal flexion in the back squat?
• What is the rationale for including dynamic warm-ups before performance rather than static stretching?
• What is a common coaching cue to maintain knee alignment during a back squat?
• How do training adaptations affect muscle fiber type composition, particularly IIx to IIa transitions?
• Which two signs indicate possible overtraining?
• How should training volume and intensity be adjusted for novice vs. advanced lifters?
• Which term describes excessive training frequency, volume, or intensity that results in fatigue, illness, or injury?
• Which rest period is generally recommended between sets when the goal is maximum strength development?
• To maximize growth hormone response during resistance training, which combination should be used?
• Which hormones are catecholamines that may be elevated in acute anabolic responses after anaerobic training?
• Differentiate volume-load and time-under-tension as training metrics and explain why both matter.
• What is a key safety practice when bench pressing?
• When do dramatic neural increases typically occur during training?
• During resistance exercise, which phase is associated with the greatest increase in cardiac output?
• In a resistance training session, should multi-joint or single-joint exercises be performed first, and why?
• Hypertrophy involves changes such as an increase in actin and myosin within the myofibril and an increase in the number of myofibrils. Which description best captures this hypertrophic change?
• Hypertrophy is characterized by which changes inside a muscle fiber?
• Which two core training methods provide anti-rotation or anti-flexion benefits?
• Why is a standardized warm-up critical for testing performance, and what elements should it include?
• How are reliability and validity defined in the context of exercise testing?
• What is a typical macrocycle duration, and what are typical durations for mesocycles and microcycles?
• For hypertrophy-focused training, what is the typical weekly frequency and range of sets per muscle group?
• Which pairing correctly matches the primary plane of movement with a representative exercise?
• Which combination reflects three evidence-based injury prevention strategies commonly recommended by NSCA guidelines?
• For novice lifters, training intensity is typically in what percentage of 1RM?
• If a muscle increases in size, it may require less neural activation to lift the same load. This is an example of what?
• Which is an example of a frontal plane exercise?
• Which of the following is a psychological marker of overtraining?
• Which test is commonly used to assess aerobic capacity in submaximal endurance testing?
• How should a beginner progress training volume safely?