There is no single best way to lose fat, as different approaches work for different people. However, principles like strength training and cardiovascular exercise can help reduce body fat and build muscle. The frequency and types of workouts someone should do depends on their individual goals and fitness level, with most benefit seen from exercising 3-5 days per week. Genetics also influence our body's response to exercise and how easily we gain muscle or lose fat from certain areas.
Strength is the ability to overcome resistance through muscle contractions and depends on the energy liberation process in muscles. There are different types of strength abilities important for sports. Maximum strength is the ability to generate maximum force against resistance. Explosive strength combines strength and speed to overcome resistance quickly. Strength endurance is the ability to exert force against resistance while fatigued. The type of strength required depends on the specific demands of the sport.
This chapter discusses muscle physiology and the effects of strength training. It describes the different types of muscle fibers and how they are affected by strength training. Strength training can lead to increased muscle size, strength and endurance through muscle fiber hypertrophy and increased motor unit recruitment. The chapter outlines different types of strength training exercises including static, dynamic, isotonic and isometric exercises and how muscles adapt differently to each type. It also discusses various equipment options that can be used for strength training and some pros and cons of exercises like stability ball training.
Muscular strength and endurance powerpointkennyb18
?
The document discusses the benefits of strength training, including increased muscle mass, improved self-image, weight loss, and reduced injury risk. It asks several questions about optimal strength training practices, such as whether free weights or machines are better, whether cardio and strength training should be combined on the same day, and the best times and techniques for stretching and core exercises. The answers provided draw from exercise science research and textbooks to give evidence-based recommendations.
A vertical jump is one's ability to launch themselves into the air vertically and is important for many sports like basketball, volleyball, and soccer. There are five primary factors that determine vertical jump height: genetics, jumping form, relative strength, rate of force development, and reactive strength. To improve one's vertical jump, it is important to focus on building relative strength through exercises like squats and deadlifts, improving rate of force development through power exercises like power cleans, and increasing reactive strength with plyometrics.
This document discusses key concepts related to adaptations to resistance training. It defines muscular strength, power, and endurance. It describes measurements of one-repetition maximum and covers topics like muscle hypertrophy, fiber size increases, effects of inactivity, muscle soreness, and resistance training program design. It emphasizes that resistance training can improve strength by 25-100% within 3-6 months and benefit all populations.
The document discusses the basics of strength training, including key principles, aerobic vs anaerobic metabolism, muscle fiber types, and the neuromuscular connection. It also covers primary training goals, repetition and set recommendations, weekly routine types, specialized set types, and the importance of having specific goals and a program to reach them.
Circuit training is a method that combines strength and aerobic exercises performed one after another with brief rest periods in between. It was developed in the 1950s and uses 9-12 exercise stations. Studies show it is an efficient way to improve cardiovascular fitness and muscle endurance. The document provides tips for safely participating in circuit training, such as warming up, starting with light weights, focusing on form, and securing equipment between stations.
Weight training utilizes weighted bars and dumbbells to oppose the force generated by muscles. It originated in Ancient Greece where athletes trained without equipment by using natural elements. Weight training provides benefits such as improved quality of life, increased strength and bone density, and promotion of fat-free body mass. Today, weight training is commonly performed at gyms which offer various equipment to build strength.
The key factors that determine strength are muscle cross-section, muscle fibre spectrum, and coordination. Muscle cross-section indicates size, with bigger muscles generating more force. Muscle fibre spectrum refers to the proportion of fast-twitch and slow-twitch fibers, with more fast-twitch fibers allowing for greater strength and hypertrophy. Coordination at both the inter-muscular and intra-muscular levels is also important for maximizing force production through summation of forces. Other factors like energy supply, body weight, and psychic factors can also influence strength levels.
Muscular endurance is the ability to contract a muscle many times or hold a contraction with minimal fatigue, while muscular strength is the maximum force a muscle can produce in one contraction. Benefits of strength and endurance training include reduced injury risk, improved posture, enhanced bone mass, increased energy, reduced stress, and improved self-esteem. The FITT principle recommends strength and endurance training 2-3 days per week for 20-60 minutes using resistance exercises like weight machines, bodyweight exercises, and free weights.
Muscular endurance is the ability of muscles to repeatedly exert force against resistance over multiple repetitions. It can be assessed through dynamic tests using a percentage of maximum strength to perform as many repetitions as possible. Common tests include the bench press and push-up tests. Accurate assessment requires controlling for client, equipment, technician, and environmental factors. A variety of muscle-specific dynamic tests are needed to fully evaluate strength and endurance.
This document discusses the 4 components of physical fitness: cardiorespiratory endurance, muscular strength, muscular endurance, and flexibility. It provides examples of exercises that target each component and methods used to assess each component in both lab and field settings. The components are defined and key exercises and assessment methods are outlined for each one.
Circuit training involves completing a series of strength exercises in a circuit without rest between exercises to improve strength, stamina, and flexibility, with the exercises laid out in a circular pattern but sometimes varied; it provides a full-body workout and can be adapted for different fitness levels and goals through variations in exercises, duration, intensity, and rest periods between circuits.
Fitness Indicators are methods to find whether a person is physically fit or not.
Fitness components are the elements that identify how fit the body is as a whole.
Two types of Fitness Components:
(1) helath-related fitness components are the qualities of a person that make one stay to be physically healthy. This are body composition, cardiovascular endurance, muscular endurance, muscular strength, and flexibility.
(2) skills-related fitness components are the attributes that are needed in performing in sports and athletic events. These are agility, balance, coordination, power, speed and reaction time.
The document discusses different types of strength including maximal strength, explosive strength, and strength endurance. It describes maximal strength as the maximum force produced in a single muscular contraction and explosive strength as a combination of speed and strength. Strength endurance is defined as the ability to sustain muscular contractions over time. Static strength is exerting force against resistance with no movement, while dynamic strength is exerting force to cause a change in body position. Factors like muscle fiber type, cross-sectional muscle area, age, gender, and energy systems used can affect strength. The document tasks students with researching how to test for and train different types of strength.
The primary benefit of training to failure is the anabolic effect this method has on the body. One of the reason this is the case is the fact that training to failure increases lactic acid production more than non-failure training. It is the sore, burning feeling you experience in your muscles when you are trying to churn out your last sets, before you reach failure. Lactic acid in the muscle are critical for muscle growth, because they trigger increases in intramuscular growth factors.
A second benefit to training to failure is that, near the end of a set, all of your smaller muscle fibers become fatigued. Faced with the continued challenge of lifting a heavy weight, your nervous system is forced to use your body¡¯s larger fast-twitch muscle fibers. As we know, it is the fast-twitch muscle fibers that mainly contribute to our muscle¡¯s strength and size.
The document outlines 7 principles of training:
1. Individual needs - training should be tailored to each individual's body type, sport, fitness levels and goals.
2. Specificity - training should match the specific requirements of one's activity or position. For example, a goalkeeper trains differently than an outfield player.
3. Progressive overload - training should gradually increase workload over time to improve fitness without injury through increased demands.
4. Rest and recovery - rest and adequate recovery time between sessions is needed to allow the body to adapt to exercise.
5. FITT principle - the Frequency, Intensity, Time and Type of exercise should be considered to effectively plan training sessions.
6. Revers
Muscular strength and endurance do now Bodyworksjrose2
?
The document discusses muscular endurance and muscular strength, defining them as the ability of muscles to repeat movements or hold positions without rest and the ability to exert force respectively. It provides examples of exercises that target different muscle groups for building strength and endurance, and recommendations for workout parameters like sets, reps, weight, and rest periods to focus on one or the other.
The document discusses the components of fitness, including muscular strength, muscular endurance, cardiovascular fitness, flexibility, and speed. It provides an overview and key characteristics of each component, recommended training methods, relevant exercises, and benefits. Specifically, it emphasizes that cardiovascular fitness is particularly important as it reduces risks of heart disease and stroke, and that flexibility training for 10 minutes daily can help reduce injury risk by over 15%.
This document discusses flexibility, its importance for fitness and wellness, and how to develop an effective flexibility program. It covers the types of flexibility, what determines flexibility, and benefits. Factors like joint structure, soft tissues, and proprioceptors affect flexibility. An effective program includes static stretches of major muscle groups held for 10-30 seconds 2-4 times per week. Maintaining flexibility provides benefits like relieving aches/pains and improving posture, mobility and performance.
This document provides an introduction to fitness principles and testing. It defines physical fitness as the body's ability to function efficiently, consisting of health-related and skill-related components. Health-related components include body composition, aerobic endurance, flexibility, muscular strength and endurance. Skill-related components include speed, agility, balance, coordination and reaction time. It then describes the Physical Activity Pyramid and FITT principles of frequency, intensity, time and type for exercise. Finally, it outlines the Beep Test for measuring aerobic fitness and the Illinois Agility Test for measuring agility.
The document discusses several principles of exercise and strength training, including specificity, overload, progression, and reversibility. It provides examples and studies to illustrate each principle. Specificity refers to the body adapting specifically to the demands placed on it during exercise. The overload principle notes that the body only adapts when under greater stress than usual. Progression means building up training in a step-wise manner. Reversibility means adaptations are lost if training stops or decreases.
The document discusses the components of fitness including agility, aerobic endurance, power, flexibility, muscular strength and endurance, and speed. It provides examples of sports and athletes that utilize each component. Testing methods are described for muscular strength using a 1 repetition max test, muscular endurance using pushups or situps for 1 minute, and speed using a 40 meter sprint test. Safety rules and proper recording of results are emphasized.
There are 7 principles of exercise: individuality, specificity, progression, overload, adaptation, recovery, and reversibility. Exercise programs should include aerobic training, resistance training, and stretching to work all major muscle groups. There are two main types of exercise - isotonic which involves movement of joints and muscles like walking or swimming, and isometric which focuses on static muscle work and resistance like weight lifting or rock climbing.
This document summarizes the changes made to support different parameter passing conventions in a programming language called AF. AF now supports call-by-value, call-by-reference, and call-by-need. The type of calling is specified in procedure declarations using annotations. The semantics and interpreter were updated to handle evaluating procedure arguments based on the calling convention. New test cases were added to validate the changes and ensure the different conventions work as expected.
This C program calculates the cost of importing items from Argentina to Brazil based on predefined costs. It includes functions to calculate costs for orders placed in Argentina or Brazil by considering the stock levels and import costs. The main function gets the number of orders to process and calls the solveForEachOrder function in a loop to get country, item count and calculate costs, updating stock levels each time.
Circuit training is a method that combines strength and aerobic exercises performed one after another with brief rest periods in between. It was developed in the 1950s and uses 9-12 exercise stations. Studies show it is an efficient way to improve cardiovascular fitness and muscle endurance. The document provides tips for safely participating in circuit training, such as warming up, starting with light weights, focusing on form, and securing equipment between stations.
Weight training utilizes weighted bars and dumbbells to oppose the force generated by muscles. It originated in Ancient Greece where athletes trained without equipment by using natural elements. Weight training provides benefits such as improved quality of life, increased strength and bone density, and promotion of fat-free body mass. Today, weight training is commonly performed at gyms which offer various equipment to build strength.
The key factors that determine strength are muscle cross-section, muscle fibre spectrum, and coordination. Muscle cross-section indicates size, with bigger muscles generating more force. Muscle fibre spectrum refers to the proportion of fast-twitch and slow-twitch fibers, with more fast-twitch fibers allowing for greater strength and hypertrophy. Coordination at both the inter-muscular and intra-muscular levels is also important for maximizing force production through summation of forces. Other factors like energy supply, body weight, and psychic factors can also influence strength levels.
Muscular endurance is the ability to contract a muscle many times or hold a contraction with minimal fatigue, while muscular strength is the maximum force a muscle can produce in one contraction. Benefits of strength and endurance training include reduced injury risk, improved posture, enhanced bone mass, increased energy, reduced stress, and improved self-esteem. The FITT principle recommends strength and endurance training 2-3 days per week for 20-60 minutes using resistance exercises like weight machines, bodyweight exercises, and free weights.
Muscular endurance is the ability of muscles to repeatedly exert force against resistance over multiple repetitions. It can be assessed through dynamic tests using a percentage of maximum strength to perform as many repetitions as possible. Common tests include the bench press and push-up tests. Accurate assessment requires controlling for client, equipment, technician, and environmental factors. A variety of muscle-specific dynamic tests are needed to fully evaluate strength and endurance.
This document discusses the 4 components of physical fitness: cardiorespiratory endurance, muscular strength, muscular endurance, and flexibility. It provides examples of exercises that target each component and methods used to assess each component in both lab and field settings. The components are defined and key exercises and assessment methods are outlined for each one.
Circuit training involves completing a series of strength exercises in a circuit without rest between exercises to improve strength, stamina, and flexibility, with the exercises laid out in a circular pattern but sometimes varied; it provides a full-body workout and can be adapted for different fitness levels and goals through variations in exercises, duration, intensity, and rest periods between circuits.
Fitness Indicators are methods to find whether a person is physically fit or not.
Fitness components are the elements that identify how fit the body is as a whole.
Two types of Fitness Components:
(1) helath-related fitness components are the qualities of a person that make one stay to be physically healthy. This are body composition, cardiovascular endurance, muscular endurance, muscular strength, and flexibility.
(2) skills-related fitness components are the attributes that are needed in performing in sports and athletic events. These are agility, balance, coordination, power, speed and reaction time.
The document discusses different types of strength including maximal strength, explosive strength, and strength endurance. It describes maximal strength as the maximum force produced in a single muscular contraction and explosive strength as a combination of speed and strength. Strength endurance is defined as the ability to sustain muscular contractions over time. Static strength is exerting force against resistance with no movement, while dynamic strength is exerting force to cause a change in body position. Factors like muscle fiber type, cross-sectional muscle area, age, gender, and energy systems used can affect strength. The document tasks students with researching how to test for and train different types of strength.
The primary benefit of training to failure is the anabolic effect this method has on the body. One of the reason this is the case is the fact that training to failure increases lactic acid production more than non-failure training. It is the sore, burning feeling you experience in your muscles when you are trying to churn out your last sets, before you reach failure. Lactic acid in the muscle are critical for muscle growth, because they trigger increases in intramuscular growth factors.
A second benefit to training to failure is that, near the end of a set, all of your smaller muscle fibers become fatigued. Faced with the continued challenge of lifting a heavy weight, your nervous system is forced to use your body¡¯s larger fast-twitch muscle fibers. As we know, it is the fast-twitch muscle fibers that mainly contribute to our muscle¡¯s strength and size.
The document outlines 7 principles of training:
1. Individual needs - training should be tailored to each individual's body type, sport, fitness levels and goals.
2. Specificity - training should match the specific requirements of one's activity or position. For example, a goalkeeper trains differently than an outfield player.
3. Progressive overload - training should gradually increase workload over time to improve fitness without injury through increased demands.
4. Rest and recovery - rest and adequate recovery time between sessions is needed to allow the body to adapt to exercise.
5. FITT principle - the Frequency, Intensity, Time and Type of exercise should be considered to effectively plan training sessions.
6. Revers
Muscular strength and endurance do now Bodyworksjrose2
?
The document discusses muscular endurance and muscular strength, defining them as the ability of muscles to repeat movements or hold positions without rest and the ability to exert force respectively. It provides examples of exercises that target different muscle groups for building strength and endurance, and recommendations for workout parameters like sets, reps, weight, and rest periods to focus on one or the other.
The document discusses the components of fitness, including muscular strength, muscular endurance, cardiovascular fitness, flexibility, and speed. It provides an overview and key characteristics of each component, recommended training methods, relevant exercises, and benefits. Specifically, it emphasizes that cardiovascular fitness is particularly important as it reduces risks of heart disease and stroke, and that flexibility training for 10 minutes daily can help reduce injury risk by over 15%.
This document discusses flexibility, its importance for fitness and wellness, and how to develop an effective flexibility program. It covers the types of flexibility, what determines flexibility, and benefits. Factors like joint structure, soft tissues, and proprioceptors affect flexibility. An effective program includes static stretches of major muscle groups held for 10-30 seconds 2-4 times per week. Maintaining flexibility provides benefits like relieving aches/pains and improving posture, mobility and performance.
This document provides an introduction to fitness principles and testing. It defines physical fitness as the body's ability to function efficiently, consisting of health-related and skill-related components. Health-related components include body composition, aerobic endurance, flexibility, muscular strength and endurance. Skill-related components include speed, agility, balance, coordination and reaction time. It then describes the Physical Activity Pyramid and FITT principles of frequency, intensity, time and type for exercise. Finally, it outlines the Beep Test for measuring aerobic fitness and the Illinois Agility Test for measuring agility.
The document discusses several principles of exercise and strength training, including specificity, overload, progression, and reversibility. It provides examples and studies to illustrate each principle. Specificity refers to the body adapting specifically to the demands placed on it during exercise. The overload principle notes that the body only adapts when under greater stress than usual. Progression means building up training in a step-wise manner. Reversibility means adaptations are lost if training stops or decreases.
The document discusses the components of fitness including agility, aerobic endurance, power, flexibility, muscular strength and endurance, and speed. It provides examples of sports and athletes that utilize each component. Testing methods are described for muscular strength using a 1 repetition max test, muscular endurance using pushups or situps for 1 minute, and speed using a 40 meter sprint test. Safety rules and proper recording of results are emphasized.
There are 7 principles of exercise: individuality, specificity, progression, overload, adaptation, recovery, and reversibility. Exercise programs should include aerobic training, resistance training, and stretching to work all major muscle groups. There are two main types of exercise - isotonic which involves movement of joints and muscles like walking or swimming, and isometric which focuses on static muscle work and resistance like weight lifting or rock climbing.
This document summarizes the changes made to support different parameter passing conventions in a programming language called AF. AF now supports call-by-value, call-by-reference, and call-by-need. The type of calling is specified in procedure declarations using annotations. The semantics and interpreter were updated to handle evaluating procedure arguments based on the calling convention. New test cases were added to validate the changes and ensure the different conventions work as expected.
This C program calculates the cost of importing items from Argentina to Brazil based on predefined costs. It includes functions to calculate costs for orders placed in Argentina or Brazil by considering the stock levels and import costs. The main function gets the number of orders to process and calls the solveForEachOrder function in a loop to get country, item count and calculate costs, updating stock levels each time.
Squash Those IoT Security Bugs with a Hardened System ProfileSteve Arnold
?
Although the tools and documentation have been around a long time, the industry as a whole has been woefully slow at taking security engineering seriously (even more so in the embedded world). The current mainline kernel includes several access control systems that reduce the risk of bugs escalating into high-level security compromises, such as the venerable SELinux (which is enabled by default in Android 4.4 and several "enterprise" Linux distributions). This presentation focuses on a complementary set of security mechanisms that work independently from the overlying frameworks: PIE toolchain hardening, PAX kernel hardening, and the PAX userland tools. These technologies work together to demote whole classes of bugs from headline-grabbing remote compromise and/or data theft exploits to "mere" DoS annoyances.
This document provides a summary of reviews from various technology publications and websites from around the world that tested the performance of IC Diamond thermal compound. The reviews found that IC Diamond consistently outperformed other thermal compounds by more than 1 degree Celsius as claimed by competitors, with temperature differences as high as 8-10 degrees Celsius. Video reviews on YouTube also demonstrated the superior cooling performance of IC Diamond compared to alternatives like Arctic Silver 5.
The document discusses several key considerations for homeowners embarking on a home renovation project:
1) Do thorough research on zoning regulations and future development plans before beginning renovations.
2) Get an accurate budget from a quantity surveyor to understand realistic renovation costs and avoid going over budget.
3) Carefully select architects, designers, and builders who share your vision to ensure a smooth renovation process.
4) Gather inspiration photos and develop a scrapbook of your desired renovation style and design elements.
This curriculum vitae summarizes the qualifications and experience of Hussein Mohammed Hamdy as a structural design engineer. It outlines his educational background, including a bachelor's degree in civil engineering from Ain Shams University, as well as his professional experience working on structural design projects for buildings, towers, and infrastructure in Egypt, Saudi Arabia, Qatar, and the UAE. It also lists his computer skills and languages spoken as English and Arabic.
The document discusses the 5 components of physical fitness: cardiorespiratory endurance, muscular strength, muscular endurance, flexibility, and body composition. It explains that improving the first three components through exercise will positively impact body composition by reducing fat levels. The principles of an effective exercise program are also outlined, including regularity, progression, balance, variety, specificity, recovery, and overload.
The document outlines several principles of physical activity and training:
1. The overload principle specifies that one must perform physical activity in greater than normal amounts to improve fitness or health.
2. The principle of progression indicates the need to gradually increase overload over time to achieve optimal benefits.
3. The principle of specificity states the need for specific exercises to improve specific fitness components or parts of the body.
4. The principle of reversibility notes that benefits from training are lost if overload is reduced through inactivity or injury.
Basic concepts of training theory: WC HPE 345Joel Smith
?
This document discusses key concepts in training adaptation and periodization. It explains that gains come from adaptation to overload stimuli and homeostasis must be broken for further improvements. Two ways to cause adaptation are increasing load/volume qualitatively or changing exercise modality quantitatively. Training should become more specific and individualized over time to continue providing an overload stimulus.
As a runner, it¡¯s important that you do more than simply run. If you want your sessions to be long, fast, and strong, it¡¯s vital to support your body¡¯s capacity to consistently do this. Here¡¯s why strength training for runners is so essential, plus some simple exercises you can try at home, in the park, or at the gym.
We as a whole realize practice is beneficial for us. It offers archived medical advantages and is likely perhaps the best apparatus we need to battle weight, a few sorts of malignant growth, diabetes, coronary illness, and other persistent diseases. Simultaneously, it very well may be difficult to try that information. There are such countless various ideas on the sorts of exercises and the ideal recurrence, it can prompt data over-burden and overpower.
The document discusses six principles of sports training:
1. Specificity - training should mimic the specific demands of the sport.
2. Overload - training loads must gradually increase over time to continue adaptations.
3. Adaptation - the body adjusts to increased physical demands through repeated practice or training.
4. Progression - training demands must steadily increase as fitness levels improve.
5. Reversibility - fitness gains are lost if training stops but can be regained when training resumes.
6. Variation - training should include variations in intensity, duration, and exercises to prevent overuse and maintain interest.
This document outlines a 14-day workout program focused on high-intensity interval training to rapidly lose weight and tone muscles. It includes cardio, strength training, and flexibility exercises. The cardio incorporates high-intensity interval training, long slow distance, and tempo workouts. The strength training consists of full-body workouts 3 times per week targeting the major muscle groups. Flexibility is developed through daily stretching and foam rolling. The goal is to transform the body through nutrition, exercise, and motivation over a short 2-week period.
Interval training involves alternating between high-intensity exercise bursts and lower-intensity recovery periods. It is more effective for fat loss and fitness gains than steady-state cardio according to research. High-intensity intervals put more stress on the body, elevating heart rate and breathing more than moderate exercise. This triggers a post-workout "afterburn" where the body continues burning calories for up to 48 hours to replace depleted energy stores. Both short-term and long-term benefits include increased fat burning, improved cardiovascular fitness, and a body that is better at converting calories to muscle instead of storing them as fat.
GENERAL FITNESS
For every one of us, fitness came first. Whether we fell in love with the yoga mat, the trails, or our local gym we have all live a healthy lifestyle and have dedicated ourselves to a life oriented around fitness. We are pumped¡ªforgive the pun¡ª to share our tips, tricks, and personal stories about fitness. We can cover the entire roadmap, from how to stay fit while traveling to trainer tips to targeted work-out routines. Want us to dig into a specific niche? Easy. We¡¯re up for the challenge.
WEIGHT TRAINING
Trust us, we¡¯ll set the bar high for all content surrounding weight training. Whether you are looking to cut weight, maintain, or even add some bulk, we¡¯re here to provide a diverse assortment of versatile workout routines and weight training information that are tailored to your clients goals. As certified personal trainers and fitness coaches, we¡¯re ready to back our advice with scientifically-proven, evidence-based information researched and provided by us¡ªgenuine experts in the field.
SPORTS
Do you have a sports blog or company? Not to sound competitive or anything, but we¡¯re good¡ª we¡¯re really good. Put our team altogether and you have well over a century¡¯s worth of experience with sports. Whether you¡¯re looking for an athlete or a coach, they¡¯re on our team. Also, we¡¯ll go the extra mile to cover all the cutting-edge information, actionable advice, and inspirational ideas out there for you and your clients. #GoTeam
YOGA
On our team, we are fortunate to have certified and experienced yoga teachers who are truly engaged in the global yoga community. If you¡¯re seeking profoundly authentic yoga content, you¡¯re in the right place. Welcome! You can rest assured that our yoga professionals can craft beautiful content for you to suit your needs, whether it¡¯s a yoga flow sequence, a how-to guide, or reflections on the history and philosophy of yoga.
MEDITATION & MINDFULNESS
While we certainly wouldn¡¯t call ourselves meditation gurus, on our team we have experienced meditation and mindfulness teachers who have spent thousands of hours delving deeper into the art of cultivating stillness. With a wealth of insight, information, and anecdotes our team is ready to share guided meditations, practical prompts, time-tested methods, or the scientific proof.
DIET & NUTRITION
No matter what kind of diet and nutrition content you need, we¡¯re serving it fresh¡ª piping hot, out of the oven innovative recipes, healthy eating strategies, and nutritional knowledge. We¡¯re talking about downright delicious content here! So if you¡¯re hankering for a good meal plan, step-by-step recipes, information on supplements or micronutrients¡ª you can trust us to dish out reliable, expert-level content.
From stronger muscles to enhanced flexibility, improved cardiovascular health to better endurance and lower risk of disease to boosted energy, physical exercise offers many benefits to anyone who engrosses in it.
The document summarizes the key principles of training that were covered in a 2 hour training class. It discusses the principles of individuality, specificity, progression, overload, adaptation, recovery, and reversibility. Individuality refers to how each person responds differently to training. Specificity means training should match the intended sport or activity. Progression means gradually increasing the intensity over time. Overload places additional stress on the body to drive improvement. Adaptation is how the body adjusts to a new training level. Recovery is needed to allow the body to repair itself. Reversibility means abilities will decline if training is discontinued.
Power Track is a 12-week weightlifting program divided into 3 phases designed to teach proper form and benefit health, strength, flexibility and mindset. The program focuses on major lifts for different body parts twice a week, plus mobility work, warmups and accessories. Members will track progress through personal records, t-shirts for achievements, and training logs to stay accountable. Rewards require meeting attendance and lift minimums. Members are evaluated through in-class PRs, assessments with coaches, and quarterly testing to track their progression in the beginner, intermediate, or advanced levels.
Interval training involves alternating between high intensity exercise bursts and lower intensity recovery periods. It has been shown to burn more calories and fat both during and after a workout compared to steady-state cardio. The afterburn effect causes increased calorie and fat burning for up to 48 hours after interval training. It also improves cardiovascular fitness and metabolic rate more quickly than traditional cardio. Effective interval training uses different ratios of high to low intensity periods tailored to one's fitness level.
This document summarizes key principles of physical fitness training including specificity, overload, reversibility, progression, and individual differences. It defines specificity as applying the right exercises to improve abilities for daily living. Overload means working hard enough over time for the body to adapt and get fitter. Reversibility refers to losing gains if training stops. Progression means gradually increasing frequency, intensity, and duration of exercise. Individual differences account for factors like age, gender, and genetics that require customized training plans.
This document summarizes key points about strength training for seniors:
1) Seniors can safely participate in strength training 2-3 times per week, which can help them rebuild muscle mass and increase metabolism to reverse the effects of aging.
2) Studies show seniors can gain 2-4 pounds of muscle and lose fat with 8-12 weeks of training that works major muscle groups 1-3 times per week.
3) Proper strength training for seniors focuses on full-body exercises, 8-15 reps per set at moderate weights, and progressive overload to continue building strength over time.
Strength training builds muscle strength, endurance, cardiovascular function, joint function, and reduces injury risk by using weights to create resistance against muscular contraction. It increases muscle size and contributes to weight loss. Bodyweight training is another effective form that uses one's own body weight instead of equipment. When starting strength training, begin with bodyweight exercises before using weights, focus on proper form, and allow muscles to recover between workout sessions in order to see results in increased strength and muscle size over time.
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1. Using progression in your strength training
By Jason Fitzgerald
Published February 23, 2015
Most runners know that to get faster, their workouts have to gradually get more difficult over the
course of a training cycle. This concept is called progression and helps runners achieve new levels of
fitness as their bodies adapt to higher workloads.
But many runners don't follow the principle of progression for their strength workouts. They do the
same core session year after year, or always stick to a similar series of exercises in the gym.
Running the same workouts at the same pace isn't the best long-term strategy to improve and get
faster, so why do many runners never implement progression in their strength workouts?
After coaching hundreds of runners, my experience is that most runners simply don't care that
much. We want to run, not lift weights! But overlooking this crucial aspect of your training is leaving
extra speed on the table and increasing your risk of overuse injuries.
Instead of letting your strength stagnate, let's discuss the goals of strength work and how to
properly implement progression in the gym.
The Goal of Strength Work for Runners
Many runners misunderstand why they should be lifting weights. The most common mistake is lifting
for endurance by doing high reps with short recovery intervals.
Instead, runners should lift for strength--or the ability to lift more weight (rather than lifting for
endurance or hypertrophy). By getting stronger, runners will improve their efficiency, muscle fiber
recruitment and power.
These adaptations have distinct benefits for distance runners, allowing them to impart more force
into the ground and run faster. The hormonal response of lifting heavy, including increased
testosterone and human growth hormone production, can improve recovery and ultimately the
ability to tolerate higher workloads.
2. Lift for strength by following these rules:
Each exercise should be limited to 4-8 reps per set
Lift so that the final set is challenging, but don't lift to failure
Complete 2-3 sets for each exercise
Take 2-3 minutes in between exercises to ensure ATP (the main energy source for the cells in your
muscles) is replenished
Use free weights (not machines) and focus on basic lifts that maximise muscle fibre recruitment like
squats, dead lifts, bench press, cleans, lunges, and pull ups.
Following these practices will ensure you're maximising strength gains from each workout.
Start General, Then Get Specific
If you're new to strength training, it's not a smart idea to jump into a series of heavy dead lifts on
day one. Instead, follow the first rule of progression: start general.
General strength forms the foundation that allows runners to progress to more advanced lifts in the
gym. Start with relatively simple core exercises like planks, oblique twists and side planks. Exercises
performed on the ground in a prone or supine position are more general than those performed
standing up, since running is a standing activity.
After 3-5 weeks of consistent core workouts, you're ready to progress to more advanced exercises. A
valuable way to bridge the transition from bodyweight core exercises to difficult gym workouts is by
starting with a medicine ball workout.
Medicine balls are a helpful strength tool that can be used as the next logical step after bodyweight
exercises become too easy. The same exercises you'll soon be doing in the gym--like squats, dead
lifts, and lunges--can be done with a medicine ball.
After another 3-5 weeks of combining general strength and medicine ball workouts, you can
progress to more advanced lifts in the gym.
Strength Training Tips to Remember
Now that we know to start general with bodyweight exercises, move to medicine ball workouts and
finally transition to weight lifting in the gym, we can fine-tune our approach to strength training with
these 3 rules:
Lifting is secondary to running. Strength work should enable and support your running, not detract
from it. If running workouts are compromised by gym sessions, reduce the intensity so you can
maintain the appropriate volume and intensity on workout days.
Skip the bicep curls - and any other body-builder-centric exercises like tricep extensions or calf
raises. Focus on movements, not muscles, by doing the exercises discussed earlier in this article. By
3. maximising muscle fibre recruitment, you'll get a bigger hormonal response that will aid recovery
and strength gains.
Lift on hard days. Too many runners schedule hard strength workouts on rest days or after an easy
run. Instead, lift after your long run or faster workout to stimulate additional fitness adaptations.
Lifting is as much about benefiting from neuromuscular adaptations as muscular adaptations. By
lifting in a pre-fatigued state, the body learns to work hard when it's low on glycogen and still
clearing byproducts from the running workout.
Leg Strength Training
This principle fits with the philosophy to make your "easy days easier and hard days harder."
The best runners are often the strongest runners. By implementing a sound strength program within
your training cycle, you'll realize all of its benefits: enhanced recovery, a faster finishing kick,
increased strength, reduced risk of injury and improved running economy.
Plus, you might enjoy how much better you look!
About the Author: Jason Fitzgerald is the head coach at Strength Running, one of the web's largest
coaching sites for runners. He is a 2:39 marathoner, USATF-certified coach and his passion is
helping runners set monster personal bests. Follow him on Twitter @JasonFitz1 and Facebook.
FILED UNDER: Training TAGS: Build / power / progression / strength / Training
http://www2.gsu.edu/~wwwfit/strength.html
http://www.emedicinehealth.com/strength_training/article_em.htm