Podcast
Questions and Answers
What is the purpose of reducing training loads on days other than the "heavy day"?
What is the purpose of reducing training loads on days other than the "heavy day"?
- To prevent overtraining and muscle fatigue. (correct)
- To allow for recovery and reduce muscle strain. (correct)
- To focus on different muscle groups each day.
- To increase muscle endurance by performing more repetitions.
According to the "2-for-2 rule", when should weight be added to an exercise?
According to the "2-for-2 rule", when should weight be added to an exercise?
- After two consecutive training sessions where the athlete achieves the assigned repetition goal.
- When the athlete can complete two or more repetitions over their assigned goal in two consecutive sessions. (correct)
- When the athlete fails to reach the assigned repetition goal in two consecutive workouts.
- When the athlete feels comfortable progressing to a heavier weight.
What does the "quantity of load increases" refer to?
What does the "quantity of load increases" refer to?
- The number of sets performed during a training session.
- The number of exercises performed during a workout.
- The percentage increase in weight from one training session to the next. (correct)
- The total amount of weight lifted during a training session.
What is NOT a factor that influences appropriate load increases?
What is NOT a factor that influences appropriate load increases?
What is the main reason for increasing training loads over time?
What is the main reason for increasing training loads over time?
What does 1RM stand for?
What does 1RM stand for?
What is the most critical aspect of a resistance training program?
What is the most critical aspect of a resistance training program?
What is the relationship between load and repetitions?
What is the relationship between load and repetitions?
When is 1RM testing appropriate?
When is 1RM testing appropriate?
What type of exercises should be used for 1RM testing?
What type of exercises should be used for 1RM testing?
How can a 1RM be estimated?
How can a 1RM be estimated?
What is the benefit of multiple-RM testing?
What is the benefit of multiple-RM testing?
What is the most important factor in determining the appropriate training load?
What is the most important factor in determining the appropriate training load?
Which of the following accurately describes the relationship between repetition maximum (RM) and training goals?
Which of the following accurately describes the relationship between repetition maximum (RM) and training goals?
Which of the following statements is true regarding the prediction of 1RM from multiple RM loads?
Which of the following statements is true regarding the prediction of 1RM from multiple RM loads?
When determining training loads based on goal repetitions, what is the primary role of the strength and conditioning professional?
When determining training loads based on goal repetitions, what is the primary role of the strength and conditioning professional?
Which type of exercises should be performed at a recommended 8-20 RM range?
Which type of exercises should be performed at a recommended 8-20 RM range?
Which training goal is associated with the use of relatively heavy loads (87% of 1RM) and a lower repetition range (5 reps)?
Which training goal is associated with the use of relatively heavy loads (87% of 1RM) and a lower repetition range (5 reps)?
What is a key advantage of using a percentage of the 1RM for training load determination?
What is a key advantage of using a percentage of the 1RM for training load determination?
What is the primary purpose of the “Max reps (RM) = 5” (%1RM = 87) column in the table?
What is the primary purpose of the “Max reps (RM) = 5” (%1RM = 87) column in the table?
How do the training loads for power lifts compare to those for other types of exercises?
How do the training loads for power lifts compare to those for other types of exercises?
Flashcards
Heavy Day Loads
Heavy Day Loads
Full repetition maximums for the greatest resistance to lift for goal repetitions.
Load Reduction Purpose
Load Reduction Purpose
Reduced loads after heavy days aid recovery while maintaining frequency.
2-for-2 Rule
2-for-2 Rule
Increase load if two or more repetitions exceed goal in two consecutive workouts.
Load Increase Timing
Load Increase Timing
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Relative Load Increases
Relative Load Increases
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Mechanical Work in Training
Mechanical Work in Training
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1RM (One Repetition Maximum)
1RM (One Repetition Maximum)
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Multiple-RM
Multiple-RM
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Load in Resistance Training
Load in Resistance Training
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Relationship Between Load and Reps
Relationship Between Load and Reps
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Calculating Training Load
Calculating Training Load
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Testing 1RM
Testing 1RM
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1RM Table
1RM Table
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5RM Load
5RM Load
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1RM
1RM
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Prediction Equations
Prediction Equations
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Training Goals
Training Goals
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Repetition Maximum Continuum
Repetition Maximum Continuum
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Power Training Loads
Power Training Loads
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Assistance Exercises
Assistance Exercises
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Hypertrophy Training
Hypertrophy Training
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Study Notes
Program Design: Load & Reps
- "Load" refers to the weight used in an exercise set, a critical element in resistance training.
- "1-repetition maximum (1RM)" is the heaviest weight an individual can lift with proper technique for one repetition.
- "Repetition maximum (RM)" is the heaviest weight lifted for a given number of repetitions.
- Heavier loads permit fewer repetitions.
- 1RM and Multiple-RM testing are used to quantify and qualify mechanical work and assess the relationship between load and repetitions.
- 1RM testing requires adequate training status and experience with the exercises.
- Core (multi-joint) exercises are best for 1RM testing.
- Choosing exercises that consistently assess muscular strength and allow for correct body position is crucial to accurate results.
Training Load & Reps
- Loads and repetitions are assigned based on training goals.
- The Repetition Maximum Continuum can guide load and repetition assignments.
- Loads are relatively heavier for strength or power goals.
- Load percentages (~10-15% lower) are adjusted for power lifts.
- Moderate loads are used for hypertrophy.
- Light loads are best for muscular endurance.
Key Terms
- Load: The amount of weight assigned to an exercise set.
- 1-repetition maximum (1RM): The heaviest weight that can be lifted with proper technique in one repetition.
- Repetition maximum (RM): The heaviest weight lifted for a designated number of repetitions.
Relationship Between Load and Repetitions
- Heavier loads reduce the number of repetitions possible.
- A precise science, but not perfectly accurate.
1RM and Multiple-RM Testing Options
- 1RM testing requires adequate training, experience, and appropriate exercises.
- Core (multi-joint) exercises are best for 1RM testing.
- Use appropriate techniques and body positions for accurate results.
- Multiple-RM testing is used for assistance exercises.
1RM Testing Protocol
- Warming up with light resistance is crucial.
- Gradually increase load to find appropriate training level.
- Rest periods are important for effective testing.
- Reduce load if unsuccessful in completing repetitions, and try again.
Estimating a 1RM
- Using a 1RM table is an option.
- If a table is not available, use calculation methods based on previously established RM data.
Multiple-RM Testing Based on Goal Repetitions
- A method of selecting a load based on the goal number of repetitions.
- Strength and conditioning professionals can use this to find the load required for desired repetitions.
Reps for Training Goals
- The number of repetitions (reps) correlate with the training goal, whether it is strength, power, hypertrophy, or muscular endurance.
Variation of the Training Load
- "Heavy day" loads are full repetition maximums, the greatest resistance an individual can lift for the prescribed training goal.
- Loads are reduced for subsequent days to permit recovery.
Progression of the Training Load
- Loads should increase as the athlete adapts to the stimulus.
- Monitor progress to determine when and how to increase loads.
- Use of the “2-for-2” rule is a conservative method for adjusting rep loads.
Quantity of Load Increases
- Table 15.10 provides general recommendations for load adjustments.
- Factors like variations in training status influence appropriate load increases.
- Adjust loads using percentages like 2.5% to 10% instead of absolute amounts in certain situations.
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