CSCS organization and administration, the recall domain

An athletic director asks how the weight room can best show that equipment was maintained to the standard of care if an injury claim is filed. Which practice is MOST important?

1. Monthly verbal reports to the director
   Verbal reports leave no record that can be produced if a claim is filed.
2. Manufacturer warranties kept on file
   Warranties show what the manufacturer promised, not that the facility actually inspected or repaired anything.
3. Dated logs of inspections and repairs
   Dated logs of each inspection and repair are written evidence that maintenance met the standard of care.

A cable on a leg extension machine fails and injures an athlete. Staff had replaced the original cable with a longer, non-manufacturer cable to fit a different attachment. Which liability outcome is MOST likely?

1. The athlete assumed this risk by training
   Assumption of risk covers the normal risks of training, not equipment the staff modified.
2. The facility becomes liable for the failure
   Replacing a part with a non-manufacturer cable modifies the machine, so liability for the failure moves to the facility.
3. Liability stays solely with the manufacturer
   The manufacturer is not responsible for a part it did not supply or approve, so liability does not stay with it.

A baseball pitcher reports shoulder pain that has worsened with each throwing session over two weeks. What should the strength and conditioning professional do?

1. Add rotator cuff work to correct the pain
   Prescribing exercise to fix the pain treats an undiagnosed problem, which is outside the coach's scope.
2. Refer to the athletic trainer to evaluate
   Pain that gets worse with each session over two weeks needs evaluation by a qualified health professional, so referral to the athletic trainer comes first.
3. Keep training and recheck in one week
   Training on and waiting a week risks making an injury worse before anyone evaluates it.

The only strength and conditioning coach on duty must leave the weight room for 10 minutes during a team session. What should happen?

1. Allow only machine exercises while the coach is out
   Machines still carry risk, and the problem is the lack of a supervisor, not the type of equipment.
2. Pause training or bring in a qualified substitute
   Athletes must not train unsupervised, so the session pauses unless another qualified person takes over.
3. Appoint a senior athlete to supervise meanwhile
   A senior athlete is not a qualified supervisor, so the room would be effectively unsupervised.

A university strength center is installing four Olympic lifting platforms in a row. What is the recommended clear space between adjacent platforms?

1. 1–2 ft (0.3–0.6 m)
   1–2 ft (0.3–0.6 m) leaves too little space for a lifter who misses a lift or for people walking past.
2. 6–8 ft (1.8–2.4 m)
   6–8 ft (1.8–2.4 m) is more space than the guidance requires and wastes floor area.
3. 3–4 ft (0.9–1.2 m)
   NSCA guidance places 3–4 ft (0.9–1.2 m) between platforms, enough for safe movement and bailing out of a lift.

A facility manager wants to add a glute-ham bench that would leave a 28-in (71-cm) path between the bench and a dumbbell rack. What minimum walkway width should be maintained?

1. 30 in (76 cm)
   30 in (76 cm) is still short of the 36-in minimum.
2. 36 in (91 cm)
   Walkways should stay at least 36 in (91 cm) wide, so a 28-in path is too narrow.
3. 24 in (61 cm)
   24 in (61 cm) is below even the 28-in path planned here and well below the guideline.

A coach is allotting floor space for a back-squat station inside a power rack that uses a 7-ft (2.1-m) Olympic bar. Using the NSCA formula for standing exercises in a rack with a 10-ft user width, how much area should be allotted?

1. 100 ft² (9.3 m²)
   100 ft² uses only the 10-ft width × 10 ft and leaves out part of the bar-plus-buffer length.
2. 130 ft² (12.1 m²)
   (7-ft bar + 6-ft double-wide buffer) × 10-ft user width = 130 ft² (12.1 m²).
3. 70 ft² (6.5 m²)
   70 ft² multiplies the bar length by the width and leaves out the safety buffer entirely.

A high school weight room hosts 60 athletes at the same time during peak after-school hours. Based on NSCA supervision guidelines, what is the minimum number of qualified coaches required?

1. 4 coaches
   High school weight rooms call for a ratio of 1 coach to 15 athletes, so 60 athletes need at least 4 coaches.
2. 6 coaches
   Six coaches matches the 1:10 ratio for junior high, more than the high school minimum.
3. 3 coaches
   Three coaches would mean 20 athletes each, the college ratio, which is too thin for high school.

A high school's strength and conditioning facility has 3,000 ft² (279 m²) of training space. Using the NSCA guideline for floor space per participant, how many athletes can train at one time?

1. 60 athletes
   60 athletes would leave only 50 ft² each, half the guideline.
2. 20 athletes
   20 athletes would mean 150 ft² each, more space than the guideline requires.
3. 30 athletes
   At about 100 ft² (9.3 m²) per athlete, 3,000 ft² holds 30 athletes at once.

Music in a weight room measures 95 dB during peak hours, and coaches report having to shout instructions. How should this be evaluated against NSCA facility guidance?

1. Acceptable; the limit is 100 dB
   100 dB is above the guideline, so treating 95 dB as acceptable is wrong.
2. Too loud; keep sound below 90 dB
   NSCA guidance keeps sound below 90 dB, so 95 dB is too loud, which fits coaches having to shout.
3. Too loud; keep sound below 70 dB
   The 70-dB figure sets the bar much lower than the guideline the NSCA uses.

A college football team begins preseason practice in hot, humid conditions. Over what period should practice intensity, duration and equipment be progressed to allow heat acclimatization?

1. 3–4 days
   3–4 days is too short for the main adaptations to develop.
2. 28–42 days
   28–42 days is far longer than needed and would hold back preseason without extra benefit.
3. 10–14 days
   Heat acclimatization takes about 10–14 days of gradually progressing intensity, duration and equipment.

During a weekly inspection, a coach finds a frayed cable on a lat pulldown machine. What is the appropriate action?

1. Remove from service until the cable is replaced
   A frayed cable can snap under load, so the machine comes out of service and is tagged until the cable is replaced.
2. Permit light loads only until a new cable arrives
   Light loads still stress a damaged cable, and the failure can still injure the athlete.
3. Wrap the frayed section and recheck it every day
   Wrapping the cable hides the damage without restoring its strength.

A school is planning a new strength and conditioning facility. During which phase are the needs analysis and feasibility study completed?

1. Predesign
   The needs analysis and feasibility study come first, in predesign, before any drawings are made.
2. Preoperation
   Preoperation covers staffing, policies and setup after construction, far too late for a feasibility study.
3. Design
   The design phase turns the approved plan into drawings and specifications, after the needs analysis is done.

Which document is a legal agreement in which an athlete gives up the right to sue for injuries caused by ordinary negligence?

1. An informed consent form
   Informed consent records that the athlete understands the risks of participation, but it does not waive the right to sue.
2. A medical clearance form
   Medical clearance is a physician's statement that the athlete can train and has nothing to do with legal claims.
3. A liability waiver
   A liability waiver, also called a release, is the document in which an athlete gives up the right to sue for ordinary negligence.

Which document states the purpose of a strength and conditioning program and serves as the basis for its goals and policies?

1. Mission statement
   The mission statement says why the program exists and whom it serves, and the program's goals and policies are built from it.
2. Policies and procedures manual
   The policies and procedures manual turns the goals into day-to-day operating rules; it follows from the mission rather than setting the purpose.
3. Emergency action plan
   The emergency action plan covers only how staff respond to an emergency, not the purpose of the program.