ACE 07 Exam Prep Flashcards
What is Par-Q?
See if doc clearance is required before becoming active https://acewebcontent.azureedge.net/healthcoachresources/pdfs/Par-QandYou.pdf
What is Par-Q?
See if doc clearance is required before becoming active https://www.acefitness.org/education-and-resources/lifestyle/tools-calculators/risk-of-chronic-disease-tool https://www.acefitness.org/ptresources/pdfs/AssessmentForms/5-PAR-QandYou.pdf
Cal values per gram
Fat = 9 kcal/g Alcohol = 7 kcal/g Carbohydrates = 4 kcal/g Protein = 4 kcal/g
Desired Body Weight (DBW)
Desired Weight = Lean Muscle / Desired Lean Muscle %
***DBW (Desired Body Weight) = LBW (Lead Body Weight) ÷ (1 – DBF%)
Step 1: 100% – Fat % = Lean body %
Step 2: Body weight x Lean body % = LBW
Step 3: 100% – Desired fat % = Desired lean %
Step 4: LBW ÷ Desired lean % = DBW
Example: 200-pound individual with 30% body fat; How much will he or she weigh at 25% body fat? •100% – 30% = 70%
- 200 pounds x 0.70 = 140 pounds LBW
- 100% – 25% = 75%
- 140 pounds ÷ 0.75 = 187 pounds DBW
WAIST-TO-HIP RATIO (WHR)
Waist ÷ Hip = WHR Example: Individual with 36-inch waist and 35-inch hip circumference 36 in ÷ 35 in = 1.03
At risk: M >0.95; F > 0.86

BMI METRIC FORMULA
Underweight <18.5
Normal Weight 18.5-24.9
Overweight 25.0-29.9
Grade I Obesity 30.0-34.9
Grade II Obesity 35.0-39.9
Grade III Obesity >40
*Source: ACE Lifestyle & Weight Management Coach Manual
https://www.acefitness.org/education-and-resources/lifestyle/tools-calculators/bmi-calculator
Metric Formula: Weight (kg) ÷ Height2 (m) Weight conversion: weight in pounds ÷ 2.2 = weight in kg Height conversion: (height in inches x 2.54) ÷ 100 = height in meters Example: BMI for a 5’ 8”, 196-pound individual (5’ x 12) + 8 = 68” 196 ÷ 2.2 = 89 kg (68” x 2.54) ÷ 100 = 1.73 m 89 kg ÷ (1.73 m x 1.73 m) = 30 (rounded up)
PREDICTED 1 REPETITION MAX (1RM)
weight lifted ÷ 0.75 of a weight that can be lifted 10 reps Pounds lifted ÷ % 1RM = Predicted 1RM Example: Individual can perform maximum of 10 repetitions (10RM) with 150 pounds. What is his predicted 1RM? 10RM ÷ 0.75 = 1RM 150 pounds ÷ 0.75 = 200 pounds
Karvonen Formula - Heart Rate Reserve (HRR)
Step 1: 220 – Age = Predicted MHR Step 2: Predicted MHR – Resting Heart Rate = HRR Step 3: (HRR x % intensity) + RHR = THR Example: 34-year-old, resting heart rate = 62 bpm, 75% of HRR • 220 – 34 = 186 bpm • 186 – 62 = 124 • (124 x 0.75) + 62 = 155 bpm
DAILY CALORIC DEFICIT NEEDED TO ACHIEVE DESIRED WEIGHT LOSS IN SET TIMEFRAME
1 pound body fat = 3,500 kcal
Step 1: (Desired Weight Loss (pounds) x 3,500 kcal/pounds) ÷ # Weeks = Weekly Caloric Deficit (kcal/week)
Step 2: Weekly Caloric Deficit (kcal/week) ÷ 7 days /week = Daily Caloric Deficit
Example: Individual wants to lose 15 pounds in 20 weeks; What daily caloric deficit is required to reach this goal?
- (15 pounds x 3,500 kcal/pounds) ÷ 20 weeks = 2,625 kcal / week
- 2,625 kcal/week ÷7 days/week = 375 kcal/day
Shoulder mobility assessment and stretches
Apley’s Scratch Test for Shoulder Mobility: To assess simultaneous movements of the shoulder girdle (primarily the scapulothoracic and glenohumeral joints).
Shoulder Push Stabilization Screen: To examine stabilization of the scapulothoracic joint during closed-kinetic-chain pushing movements
https://www.acefitness.org/certifiednewsarticle/2660/a-commonsense-approach-to-addressing-shoulder/
static postural assessment
Lordosis
Kyphosis
Flat back
Sway back
Scoliosis
Muscular balance
https://www.youtube.com/watch?v=cxOQR-yccsQ&list=PLxdf3t0LRHQu8-47F6pcv2FIx9WlrHIEf&index=6
Figure 4 test/ Patrick Test
Objective: To test hip range of motion
Planes of motion
Sagittal
Flexion: Decreasing the angle between two bones
Extension: Increasing the angle between two bones
Dorsiflexion:Moving the top of the foot toward the shin (only at the ankle)
Plantarflexion: moving the sole of the foot downward (pointing the toes)
Frontal
Adduction: Motion toward the midline
Abduction: Motion away from the midline of the body
Elevation: Moving to a superior position (only at the scapula)
Depression: Moving to an inferior position (only at the scapula)
Inversion: Lifting the medial border of the foot
Eversion: Lifting the lateral border of the foot
Transverse
Rotation- Internal (inward) or external (outward) turning about the vertical axis of the bone
Pronation- Rotating the hand and wrist medially from the bone
Supination-Rotating the hand and wrist laterally from the bone
Horizontal Flexion (adduction)- From the 90-degree abducted arm position, the humerus is flexed (adducted) in toward the midline of the body in the transverse plane
Horizontal Extension (abduction)- Return of the humerus from horizontal flexion
Let’s Examine Each Plane in a Bit More Detail
Dividing the body into left and right halves using an imaginary line gives us the sagittal plane. Any forward and backward movement parallel to this line occurs in the sagittal plane.
With the same imaginary line, divide the body into front and back halves and you have the frontal plane. Any lateral (side) movement parallel to the line will occur in the frontal plane.
Last, but certainly not least, we have the transverse plane, which divides the body into superior and inferior halves. Movement parallel to the waistline, otherwise known as rotational movement, occurs in the transverse plane.
For a clearer understanding, we can view the planes as they relate to exercises performed in a workout session. Below are a few exercises performed in each plane.
Sagittal plane:bicep curl and forward or reverse lunges
Frontalplane: dumbbell lateral (side) raise
Transverse:horizontal wood chop
Joint mobility and stability
- The lumbar spine favors stability, remember how we talk to people about ‘move as a log’ and ‘don’t bend in your low back’ etc.
- The hip favors mobility since there are a lot of attachments and actions happening at that joint, it needs to move freely
- The thoracic spine favors mobility, considering the shoulder attachments, clavicle, ribs, etc. attaching into this area, and think about all the movement that comes from our upper back/shoulder/chest area. It’s also a significant component in developing and maintaining good posture.
- The scapulothoracic joint favors stability, and it is where the scapulae attach to the thorax (which is the region of the body formed by the sternum, thoracic vertebrae, and ribs). It isn’t a typical synovial joint but more of an articulation. However, the ability of the scapulae to maintain proper proximity against the rib cage is vital for the movement and mobility of the glenohumeral joint.
- The glenohumeral joint favors mobility. This joint is the connection between your shoulder and your arm. It is a highly mobile joint and has a considerable range of motion (ROM).
Types of stretches
Active Isolated Stretching (AIS)
This stretch technique is held for only two seconds at a time. It is performed repeatedly for several repetitions, each time exceeding the previous point of resistance by a few degrees. Much like a strength-training regimen, AIS is performed for several sets with a specific number of repetitions.
Myofascial Release
Through the use of a foam roller or similar device, myofascial release relieves tension and improves flexibility in the fascia (a densely woven specialized system of connective tissue that covers and unites all of the body’s compartments), and underlying muscle. Small, continuous back-and-forth movements are performed over an area of 2 to 6 inches for 30 to 60 seconds. The individual’s pain tolerance will determine the amount of pressure applied to the target area.
Proprioceptive Neuromuscular Facilitation (PNF)
This type of stretching capitalizes on the use of autogenic and reciprocal inhibition, and includes three types of techniques:
Hold-relax
Perform a passive 10-second pre-stretch.
Hold and resist force applied by the fitness professional, causing an isometric contraction in the target muscle group, for six seconds.
Relax the muscle group and allow a passive stretch; hold for 30 seconds to increase range of motion (ROM).
There should be a greater stretch during this final phase due to autogenic inhibition.
Contract-relax
Perform a passive 10-second pre-stretch.
The fitness professional applies resistance, counteracting the client’s force of concentric contraction of the target muscle group, without completely restricting the joint through its ROM.
Relax the muscle group and allow a passive stretch; hold for 30 seconds to increase ROM.
There should be a greater stretch during this final phase due to autogenic inhibition.
Hold-relax with agonist contraction
This technique is similar to the Hold-relax technique, but differs for the final stretch.
Relax the muscle group and allow a passive stretch. Concentrically contract the opposing muscle group of the target muscle group that is being stretched; hold for 30 seconds to increase ROM.
There should be a greater stretch during this final phase due to reciprocal and autogenic inhibition.
Common Postural deviations
- Lordosis: An increased anterior lumbar curve with an associated tilting of the pelvis. This typically leads to tension on the spine, which could result in low-back pain.
- Kyphosis: An increased posterior thoracic curve with associated rounded shoulders, depressed chest, and forward-head posture with neck hyperextension.
- Flat Back: A decreased anterior lumbar curve or a reduced normal inward curve of the lower back with the pelvis tilted posteriorly and head exhibiting a forward position.
- Sway Back: A decreased anterior lumbar curve and increased posterior thoracic curve. Sway back is often seen with rounded shoulders, a depressed chest and a forward-tilted head. The femur and head are farther forward than what is seen in a kyphosis deviation.
- Scoliosis: An excessive lateral spinal curvature often accompanied by vertebral rotation. While scoliosis is a congenital or non-correctable condition, exercises can be implemented to help manage the deviation.
- A blood pressure of 142/92 is considered Moderate Normal Low High Question 1 of 25 https://www.fitnessmentors.com/free-ace-cpt-practice-test/
high
- This sign or symptom is synonymous with ischemia. pain sensations or cramping in lower extremities dizziness pain (tightness) or discomfort in jaw difficulty breathing with usual activities Question 2 of 25 https://www.fitnessmentors.com/free-ace-cpt-practice-test/
pain (tightness) or discomfort in jaw
- Why is it necessary for the personal trainer to have a client fill out a risk stratification before beginning exercise? To figure out the best way to approach goal setting To determine if a client is cleared by a doctor to exercise To discover possible movement impairments To discover the potential presence of diseases to the cardiopulmonary system Question 3 of 25 https://www.fitnessmentors.com/free-ace-cpt-practice-test/
To discover the potential presence of diseases to the cardiopulmonary system
- Which of the following would be the most accurate way to measure a clients blood pressure?
Sitting with feet flat on the floor using right or left arm
- Which of the following is a positive risk factor? LDL cholesterol at 120 mg/dl Blood pressure 120/85 HDL cholesterol at 37 mg/dl Exercises 3 times per week
HDL cholesterol at 37 mg/dl
- All of the following do not need a doctors clearance except which? Postural imbalances Father died of a heart attack at 75 years old Heart murmur High HDL Cholesterol
Heart murmur
- Shelly is a 29-year-old woman who you recently took through a thorough health-risk appraisal. She is motivated and wants to begin exercising. During the appraisal, you found that her BMI is 32, she was diagnosed with type 2 diabetes last year and is taking medication for it. Shelly has been walking at a moderate intensity for at least 60 minutes for the past 6 months. Her systolic BP is 138 mmHg and diastolic is 87 mmHg. LDL cholesterol = 125, HDL = 55. What is her risk classification and risk factor count according to ACSM guidelines?
High risk, 1 factor
- Veronica is 62-year-old woman who has come to you for help. Last year she had a knee replacement surgery and has not been exercising at all since her physical therapy ended 6 months ago. She has been smoking cigarettes for the past 45 years. Her father died of a myocardial infarction when he was 54 and her mother died of the same thing when she was 66. Veronica has a BMI of 23. Systolic BP = 138 mmHg, Diastolic BP = 88 mmHg. LDL cholesterol = 130 mg/dl, HDL cholesterol = 59. According to ACSM guidelines how many risk factors does Veronica have and what is her risk classification? 5 factors, moderate risk 7 factors, high risk 7 factors, moderate risk 5 factors, high risk
5 factors, moderate risk











