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Showing posts from July, 2023

THE OLD STANDBY....THE PUSH UP!

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  In the quest for the perfect workout routine, many people overlook the basics. One of the most effective strength training exercises is the pushup. You probably first encountered it in grade school gym class without realizing its true value. Today, pushups are sometimes underestimated, seen as a last resort when you can't go to the gym. But they offer numerous benefits, and it's essential to understand which muscles they target. Pushups primarily work the chest, triceps, shoulders, core, and upper back. When performed with proper form, they provide an excellent upper-body workout. As you lower your body and push back up, various muscle groups come into play. Your shoulders and triceps get activated, and maintaining full-body tension engages your core. The beauty of pushups lies in their versatility, accessibility, and scalability. There are many pushup variations to challenge your muscles in different ways. You don't need any equipment, and you can adjust the difficulty a

THE SCIENCE OF STRENGTH TRAINING

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  The science of strength training Strength training is a type of exercise that involves resistance to stimulate muscle growth. When you engage in strength training, your muscles adapt to the stress placed upon them by becoming stronger and more efficient. This process is known as muscle hypertrophy. With regular and progressive resistance training, individuals can increase muscle mass and strength, which in turn boosts metabolism and facilitates weight management. Targeting different muscle groups Strength training exercises target various muscle groups in the body. Compound exercises, such as squats, deadlifts, and bench presses, work multiple muscle groups simultaneously, making them highly effective for building overall strength. Isolation exercises, like bicep curls and leg extensions, isolate specific muscles, allowing for targeted toning and sculpting. By incorporating a combination of compound and isolation exercises into a well-rounded workout routine, individuals can achieve

FUNCTIONAL BODY WEIGHT STRENGTH!

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  Building Functional Strength Full-body bodyweight workouts are great for developing functional strength. These exercises improve everyday activities like picking something up, reaching overhead, or carrying groceries. To get the most out of your workout and prevent injuries, don't forget to warm up properly. A good warm-up increases blood flow, improves muscle efficiency, and enhances flexibility. Here are some warm-up options: Jumping rope Light jog or brisk walk Walking up and down stairs Dynamic stretching Now, let's go through some bodyweight exercises to build functional strength: Push-Up Get into a plank position with your hands underneath your shoulders and feet close together. Lower your body until your chest is about an inch from the ground. Push back up to the starting position, keeping your elbows close to your body. Aim for 3 sets of 10 push-ups if you're a beginner, or 3 sets of 20-30 reps if you're more advanced. Tricep Dips Use an elevated surface like

DUMBBELLS TO BUILD THE ARMS?...YES!

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  Introduction: When looking to train your arms, it's crucial to understand the anatomy of the arm muscles. This knowledge will help you identify which areas to target and how to do so effectively. Dumbbell exercises offer numerous advantages, including less stress on joints, addressing muscle imbalances, and easy accessibility. Biceps: The biceps brachii, located on the front of the arm, has three primary functions: bending the elbow, turning the palm up, and raising the arm forward. The biceps have two muscle heads, the long head on the outside, contributing to the peak of the muscle, and the short head on the inner section, responsible for thickness and width. Triceps: The tricep muscle, located on the backside of the arm, has three heads: long, lateral, and medial. Its main functions include extending the elbow joint, straightening the arm, and assisting in pushing movements. Shoulders: The deltoid muscles, critical for arm movement, stability, and strength, are divided into th