Resistance training Flashcards

1
Q

Muscular endurance

A

the ability of a muscle or group of muscles to continuously exert force against resistance over time.

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2
Q

Hypertrophy

A

an increase in muscular size as an adaptation to exercise.
Two sessions per week per muscle group is recommended for hypertrophy.
Atrophy: the wasting away or loss of muscle tissue.
May occur as soon as two weeks after training stops.

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3
Q

Strength

A

the amount of force that can be created by a muscle or group of muscles.

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4
Q

Power

A

the amount of force exerted by a muscle or group of muscles in a given amount of time.

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5
Q

Strength categories

A

Relative strength: the individual’s body weight in relation to the amount of resistance they can overcome.
Calculation: 1RM / body weight = force per unit of body weight.
Maximum strength: the ability of a muscle or muscle group to recruit and engage as many muscle fibers as possible.
Starting strength: the ability to recruit as many motor units as possible instantaneously at the start of a movement.
Power: a combination of strength and speed; a muscle’s ability to generate maximal tension as quickly as possible.
Power is a function of strength.
Power is defined by the equation:
Force x distance / time
Force is mass times acceleration: F = M x A.
Speed strength: the ability of a muscle or muscle group to absorb and transmit forces quickly.

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6
Q

Classifying strength

A

Linear strength: two or more strength variables that are directly correlated to one another.
Example: maximal strength and muscular power.
Linear strength endurance activity: activity that requires a sustained, all-out maximum effort for an extended period.
Nonlinear strength: two or more strength variables that are not directly correlated to one another.
Nonlinear strength endurance activity: an activity with intermittent activity and rest periods.
Anaerobic strength: derived energy from the ATP/CP energy pathway and anaerobic glycolysis.
Aerobic strength:
Endurance strength: the ability to sustain a submaximal activity for a longer duration.

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7
Q

Benefits of strength training

A

Increased lean mass.
Increased resting metabolic rate.
Promotes bone development.
Increases HDL (the “good” lipoprotein) and decreases LDL (the “bad” lipoprotein).

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8
Q

Strength Curves

A

Ascending strength curve:
More force is applied toward the end range of motion than during the beginning or middle phase.
Descending strength curve:
More force is applied toward the beginning range of motion than during the middle or end phase.
Bell-shaped strength curve:
The beginning and ending phases of movement are more difficult than the middle.
Example: Biceps curl.

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9
Q

General exercises: foundational exercises that train overall strength

A

Isolation exercises: single-joint exercises that primarily activate an individual muscle or muscle group.
Compound exercises: multi-joint movement exercises that require the use of multiple muscles or muscle groups.

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10
Q

Specific exercises: exercises that directly improve performance and functional capacity and mimic a target activity or skill

A

Cross-body exercises: more closely mimic the natural movement of the body in space, such as walking.
Explosive exercises: engage many muscles in a sequential, powerful, quick movement.

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11
Q

Training variables and methods

A

Split-routine: the division of training sessions by body part or body region.
Intensity:
One-repetition max (1RM): a single maximum-strength repetition with maximum load.
Tapering: a planned reduction in training to avoid detraining and increase gains prior to competition.

Should meet three objectives:
To reduce fatigue as much as possible.
To increase or maintain fitness at competition levels.
To enhance specificity.

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12
Q

Types of grip used for lifting:

A

Supinated: the palm faces up toward the ceiling.
Pronated: the hand or forearm is rotated, and the palm faces down or back.
Neutral: the palms face each other (facing the body’s midline).
Alternated: one hand grasps the bar in a supinated position, while the other grasps the bar in a pronated position.
Hook: the barbell is held by gripping the thumb between the barbell and fingers.
Open: the thumb does not wrap around the bar.
Closed: the hand wraps fully around the bar.

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13
Q

Rep and set schemes:

A

Single set: the use of one set per exercise or muscle group.
Multiset: multiple sets per exercise or muscle group.
Straight sets: the use of the same weight for every set.
Supersets: two exercises, typically opposing muscle groups, performed back-to-back followed by a short rest.
Drop set: technique in which a set is done until failure or fatigue, the weight is “dropped” or lowered, and the exercise continues until another failure; can continue for several rounds.
Ascending pyramids: lighter weights are used to start the workout, and they get progressively higher with subsequent sets.
German volume training: a method in which 10 sets of 10 repetitions are done of an exercise with one minute of rest between sets.

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14
Q

Functional isometrics

A

the combination of partial repetition training and isometric holds.

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15
Q

Constant resistance

A

the resistance (weight) of the exercise does not change.

Barbells, dumbbells, kettlebells, and medicine balls are categorized as constant resistance equipment.

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16
Q

Variable resistance:

A

the resistance changes throughout the range of motion.

Includes rubber-based resistance such as loops, tubes, and bands, as well as chains.