Benefits: This exercise tones and tightens your upper arms and elbows.
Purpose: This exercise focuses on working the entire elbow joint and makes an excellent warm-up before any resistance or weigh training involving the elbows.
General Info: Elbow Circles require little time, yet can give good benefits when done regularly. They can be done almost anywhere, without special equipment. The three heads of the deltoid muscles require regular movement to ensure their flexibility and mobility.
Benefits: A lot of eye problems in later life are due to a loss of tone in the eye muscles. These muscles become rigid, and this loss of elasticity reduces the ability of the lens of the eye to focus at different distances. It also causes the eyesight to become weaker.
Purpose: In addition, any eye tension present will tend to produce a general feeling of tension, due to the eye's connection to the brain via the optic nerve. What happens is that eye tension produces an increase in the nerve impulses in the eye muscles. This increase in nerve impulses travels along the optic nerve and bombards the brain, causing a general feeling of tension and anxiety.
General Info: We were born to have hunters' eyes, needed for spotting game or danger at a distance. But during the last 50 years nearly all our work and much of our recreation, for example, video games, has shifted the focus of our vision to arm's length. The increased amount of near visual tasks often produces such changes as nearsightedness, suppressed vision in one eye, poor eye teaming and reduced efficiency at work and at play.
Benefits: A lot of eye problems in later life are due to a loss of tone in the eye muscles. These muscles become rigid, and this loss of elasticity reduces the ability of the lens of the eye to focus at different distances. It also causes the eyesight to become weaker.
Purpose: In addition, any eye tension present will tend to produce a general feeling of tension, due to the eye's connection to the brain via the optic nerve. What happens is that eye tension produces an increase in the nerve impulses in the eye muscles. This increase in nerve impulses travels along the optic nerve and bombards the brain, causing a general feeling of tension and anxiety.
General Info: We were born to have hunters' eyes, needed for spotting game or danger at a distance. But during the last 50 years nearly all our work and much of our recreation, for example, video games, has shifted the focus of our vision to arm's length. The increased amount of near visual tasks often produces such changes as nearsightedness, suppressed vision in one eye, poor eye teaming and reduced efficiency at work and at play.
Benefits: A lot of eye problems in later life are due to a loss of tone in the eye muscles. These muscles become rigid, and this loss of elasticity reduces the ability of the lens of the eye to focus at different distances. It also causes the eyesight to become weaker.
Purpose: In addition, any eye tension present will tend to produce a general feeling of tension, due to the eye's connection to the brain via the optic nerve. What happens is that eye tension produces an increase in the nerve impulses in the eye muscles. This increase in nerve impulses travels along the optic nerve and bombards the brain, causing a general feeling of tension and anxiety.
General Info: We were born to have hunters' eyes, needed for spotting game or danger at a distance. But during the last 50 years nearly all our work and much of our recreation, for example, video games, has shifted the focus of our vision to arm's length. The increased amount of near visual tasks often produces such changes as nearsightedness, suppressed vision in one eye, poor eye teaming and reduced efficiency at work and at play.
Benefits: A lot of eye problems in later life are due to a loss of tone in the eye muscles. These muscles become rigid, and this loss of elasticity reduces the ability of the lens of the eye to focus at different distances. It also causes the eyesight to become weaker.
Purpose: In addition, any eye tension present will tend to produce a general feeling of tension, due to the eye's connection to the brain via the optic nerve. What happens is that eye tension produces an increase in the nerve impulses in the eye muscles. This increase in nerve impulses travels along the optic nerve and bombards the brain, causing a general feeling of tension and anxiety.
General Info: We were born to have hunters' eyes, needed for spotting game or danger at a distance. But during the last 50 years nearly all our work and much of our recreation, for example, video games, has shifted the focus of our vision to arm's length. The increased amount of near visual tasks often produces such changes as nearsightedness, suppressed vision in one eye, poor eye teaming and reduced efficiency at work and at play.
Benefits: A lot of eye problems in later life are due to a loss of tone in the eye muscles. These muscles become rigid, and this loss of elasticity reduces the ability of the lens of the eye to focus at different distances. It also causes the eyesight to become weaker.
Purpose: In addition, any eye tension present will tend to produce a general feeling of tension, due to the eye's connection to the brain via the optic nerve. What happens is that eye tension produces an increase in the nerve impulses in the eye muscles. This increase in nerve impulses travels along the optic nerve and bombards the brain, causing a general feeling of tension and anxiety.
General Info: We were born to have hunters' eyes, needed for spotting game or danger at a distance. But during the last 50 years nearly all our work and much of our recreation, for example, video games, has shifted the focus of our vision to arm's length. The increased amount of near visual tasks often produces such changes as nearsightedness, suppressed vision in one eye, poor eye teaming and reduced efficiency at work and at play.
Benefits: A lot of eye problems in later life are due to a loss of tone in the eye muscles. These muscles become rigid, and this loss of elasticity reduces the ability of the lens of the eye to focus at different distances. It also causes the eyesight to become weaker.
Purpose: In addition, any eye tension present will tend to produce a general feeling of tension, due to the eye's connection to the brain via the optic nerve. What happens is that eye tension produces an increase in the nerve impulses in the eye muscles. This increase in nerve impulses travels along the optic nerve and bombards the brain, causing a general feeling of tension and anxiety.
General Info: We were born to have hunters' eyes, needed for spotting game or danger at a distance. But during the last 50 years nearly all our work and much of our recreation, for example, video games, has shifted the focus of our vision to arm's length. The increased amount of near visual tasks often produces such changes as nearsightedness, suppressed vision in one eye, poor eye teaming and reduced efficiency at work and at play.
Benefits: A lot of eye problems in later life are due to a loss of tone in the eye muscles. These muscles become rigid, and this loss of elasticity reduces the ability of the lens of the eye to focus at different distances. It also causes the eyesight to become weaker.
Purpose: In addition, any eye tension present will tend to produce a general feeling of tension, due to the eye's connection to the brain via the optic nerve. What happens is that eye tension produces an increase in the nerve impulses in the eye muscles. This increase in nerve impulses travels along the optic nerve and bombards the brain, causing a general feeling of tension and anxiety.
General Info: We were born to have hunters' eyes, needed for spotting game or danger at a distance. But during the last 50 years nearly all our work and much of our recreation, for example, video games, has shifted the focus of our vision to arm's length. The increased amount of near visual tasks often produces such changes as nearsightedness, suppressed vision in one eye, poor eye teaming and reduced efficiency at work and at play.
Benefits: A lot of eye problems in later life are due to a loss of tone in the eye muscles. These muscles become rigid, and this loss of elasticity reduces the ability of the lens of the eye to focus at different distances. It also causes the eyesight to become weaker.
Purpose: In addition, any eye tension present will tend to produce a general feeling of tension, due to the eye's connection to the brain via the optic nerve. What happens is that eye tension produces an increase in the nerve impulses in the eye muscles. This increase in nerve impulses travels along the optic nerve and bombards the brain, causing a general feeling of tension and anxiety.
General Info: We were born to have hunters' eyes, needed for spotting game or danger at a distance. But during the last 50 years nearly all our work and much of our recreation, for example, video games, has shifted the focus of our vision to arm's length. The increased amount of near visual tasks often produces such changes as nearsightedness, suppressed vision in one eye, poor eye teaming and reduced efficiency at work and at play.
Benefits: A lot of eye problems in later life are due to a loss of tone in the eye muscles. These muscles become rigid, and this loss of elasticity reduces the ability of the lens of the eye to focus at different distances. It also causes the eyesight to become weaker.
Purpose: In addition, any eye tension present will tend to produce a general feeling of tension, due to the eye's connection to the brain via the optic nerve. What happens is that eye tension produces an increase in the nerve impulses in the eye muscles. This increase in nerve impulses travels along the optic nerve and bombards the brain, causing a general feeling of tension and anxiety.
General Info: We were born to have hunters' eyes, needed for spotting game or danger at a distance. But during the last 50 years nearly all our work and much of our recreation, for example, video games, has shifted the focus of our vision to arm's length. The increased amount of near visual tasks often produces such changes as nearsightedness, suppressed vision in one eye, poor eye teaming and reduced efficiency at work and at play.
Benefits: This exercise puts the forearms in a stronger position, allowing you to lift heavier weights. The EZ Bar puts the hands in a very strong position.
Purpose: This exercise is used to target the biceps muscle to develop size, definition, strength, endurance and power.
General Info: The biceps is a straight muscle with two heads. The long head of the biceps crosses both the elbow and the shoulder joint. It bends the elbow and raises the arm forward at the shoulder. The short head crosses the elbow joint and, in conjunction with the brachioradialis, supinates the hand.
Benefits: This exercise is similar in effect to the Spider curl and does a good job of placing maximum tension on the biceps in the fully contracted position.
Purpose: This exercise works the biceps muscles but focuses also on the brachioradialis (a muscle that crosses the elbow joint and assists in rotating the forearm).
General Info: The biceps is a straight muscle which has two heads. The long head crosses both the elbow and the shoulder joints. It bends the arm at the elbow and raises the arm forward at the shoulder. The short head crosses the elbow joint and, in conjunction with the brachioradialis, supinates the hand.
Benefits: This exercise is similar in effect to the Spider curl and does a good job of placing maximum tension on the biceps in the fully contracted position.
Purpose: This exercise works the biceps muscles but focuses also on the brachioradialis (a muscle that crosses the elbow joint and assists in rotating the forearm).
General Info: The biceps is a straight muscle which has two heads. The long head crosses both the elbow and the shoulder joints. It bends the arm at the elbow and raises the arm forward at the shoulder. The short head crosses the elbow joint and, in conjunction with the brachioradialis, supinates the hand.
Benefits: This exercise is similar in effect to the Spider curl and does a good job of placing maximum tension on the biceps in the fully contracted position.
Purpose: This exercise works the biceps muscles but focuses also on the brachioradialis (a muscle that crosses the elbow joint and assists in rotating the forearm).
General Info: The biceps is a straight muscle which has two heads. The long head crosses both the elbow and the shoulder joints. It bends the arm at the elbow and raises the arm forward at the shoulder. The short head crosses the elbow joint and, in conjunction with the brachioradialis, supinates the hand.
General Info: The biceps is a straight muscle with two heads. The long head of the biceps crosses both the elbow and the shoulder joint. It bends the elbow and raises the arm forward at the shoulder. The short head crosses the elbow joint and, in conjunction with the brachioradialis, supinates the hand.
General Info: The biceps is a straight muscle with two heads. The long head of the biceps crosses both the elbow and the shoulder joint. It bends the elbow and raises the arm forward at the shoulder. The short head crosses the elbow joint and, in conjunction with the brachioradialis, supinates the hand.
Benefits: This exercise is similar in effect to the Spider curl and does a good job of placing maximum tension on the biceps in the fully contracted position.
General Info: The biceps muscle is a straight muscle with 2 heads. The long head crosses both the elbow and shoulder joints and bends the elbow and raises the arm forward at the shoulder. The short head of the biceps crosses the elbow joint and, in conjunction with the brachioradialis, supinates the hand.
Benefits: This exercise is similar in effect to the Spider curl and does a good job of placing maximum tension on the biceps in the fully contracted position.
General Info: The biceps muscle is a straight muscle with 2 heads. The long head crosses both the elbow and shoulder joints and bends the elbow and raises the arm forward at the shoulder. The short head of the biceps crosses the elbow joint and, in conjunction with the brachioradialis, supinates the hand.
Benefits: This exercise is similar in effect to the Spider curl and does a good job of placing maximum tension on the biceps in the fully contracted position.
General Info: The biceps muscle is a straight muscle with 2 heads. The long head crosses both the elbow and shoulder joints and bends the elbow and raises the arm forward at the shoulder. The short head of the biceps crosses the elbow joint and, in conjunction with the brachioradialis, supinates the hand.
General Info: The biceps muscle is a straight muscle with 2 heads. The long head crosses both the elbow and shoulder joints and bends the elbow and raises the arm forward at the shoulder. The short head of the biceps crosses the elbow joint and, in conjunction with the brachioradialis, supinates the hand..
General Info: The biceps muscle is a straight muscle with 2 heads. The long head crosses both the elbow and shoulder joints and bends the elbow and raises the arm forward at the shoulder. The short head of the biceps crosses the elbow joint and, in conjunction with the brachioradialis, supinates the hand..
General Info: The biceps muscle is a straight muscle with 2 heads. The long head crosses both the elbow and shoulder joints and bends the elbow and raises the arm forward at the shoulder. The short head of the biceps crosses the elbow joint and, in conjunction with the brachioradialis, supinates the hand..
General Info: The biceps muscle is a straight muscle with 2 heads. The long head crosses both the elbow and shoulder joints and bends the elbow and raises the arm forward at the shoulder. The short head of the biceps crosses the elbow joint and, in conjunction with the brachioradialis, supinates the hand..
General Info: The biceps muscle is a straight muscle with 2 heads. The long head crosses both the elbow and shoulder joints and bends the elbow and raises the arm forward at the shoulder. The short head of the biceps crosses the elbow joint and, in conjunction with the brachioradialis, supinates the hand..
General Info: The biceps muscle is a straight muscle with 2 heads. The long head crosses both the elbow and shoulder joints and bends the elbow and raises the arm forward at the shoulder. The short head of the biceps crosses the elbow joint and, in conjunction with the brachioradialis, supinates the hand..
General Info: The biceps muscle is a straight muscle with 2 heads. The long head crosses both the elbow and shoulder joints and bends the elbow and raises the arm forward at the shoulder. The short head of the biceps crosses the elbow joint and, in conjunction with the brachioradialis, supinates the hand..
General Info: The biceps muscle is a straight muscle with 2 heads. The long head crosses both the elbow and shoulder joints and bends the elbow and raises the arm forward at the shoulder. The short head of the biceps crosses the elbow joint and, in conjunction with the brachioradialis, supinates the hand..
General Info: The biceps is a straight muscle with two heads. The long head of the biceps crosses both the elbow and the shoulder joint. It bends the elbow and raises the arm forward at the shoulder. The short head crosses the elbow joint and, in conjunction with the brachioradialis, supinates the hand.
General Info: The biceps is a straight muscle with two heads. The long head of the biceps crosses both the elbow and the shoulder joint. It bends the elbow and raises the arm forward at the shoulder. The short head crosses the elbow joint and, in conjunction with the brachioradialis, supinates the hand.
General Info: The biceps is a straight muscle with two heads. The long head of the biceps crosses both the elbow and the shoulder joint. It bends the elbow and raises the arm forward at the shoulder. The short head crosses the elbow joint and, in conjunction with the brachioradialis, supinates the hand.
General Info: The biceps is a straight muscle with two heads. The long head of the biceps crosses both the elbow and the shoulder joint. It bends the elbow and raises the arm forward at the shoulder. The short head crosses the elbow joint and, in conjunction with the brachioradialis, supinates the hand.
General Info: The biceps is a straight muscle with two heads. The long head of the biceps crosses both the elbow and the shoulder joint. It bends the elbow and raises the arm forward at the shoulder. The short head crosses the elbow joint and, in conjunction with the brachioradialis, supinates the hand.
General Info: The biceps is a straight muscle with two heads. The long head of the biceps crosses both the elbow and the shoulder joint. It bends the elbow and raises the arm forward at the shoulder. The short head crosses the elbow joint and, in conjunction with the brachioradialis, supinates the hand.
General Info: The biceps is a straight muscle with two heads. The long head of the biceps crosses both the elbow and the shoulder joint. It bends the elbow and raises the arm forward at the shoulder. The short head crosses the elbow joint and, in conjunction with the brachioradialis, supinates the hand.
General Info: The triceps is a straight muscle with three heads. The long head straightens the elbow, adducts the shoulder (brings it from a side position to the body) and extends the shoulder (brings the arm from a front position down to the body). The lateral head (outer head) straightens the elbow. The medial head also straightens the elbow.
General Info: There are a number of muscles in the back, although the two major muscles are the lats and traps. The lats pulls the arm back and down towards the spine. The traps pull the shoulder blades back and towards the spine.
General Info: There are a number of muscles in the back, although the two major muscles are the lats and traps. The lats pulls the arm back and down towards the spine. The traps pull the shoulder blades back and towards the spine.
General Info: There are a number of muscles in the back, although the two major muscles are the lats and traps. The lats pulls the arm back and down towards the spine. The traps pull the shoulder blades back and towards the spine.
General Info: There are a number of muscles in the back, although the two major muscles are the lats and traps. The lats pulls the arm back and down towards the spine. The traps pull the shoulder blades back and towards the spine.
General Info: There are a number of muscles in the back, although the two major muscles are the lats and traps. The lats pulls the arm back and down towards the spine. The traps pull the shoulder blades back and towards the spine.
General Info: There are a number of muscles in the back, although the two major muscles are the lats and traps. The lats pulls the arm back and down towards the spine. The traps pull the shoulder blades back and towards the spine.
General Info: There are a number of muscles in the back, although the two major muscles are the lats and traps. The lats pulls the arm back and down towards the spine. The traps pull the shoulder blades back and towards the spine.
General Info: There are a number of muscles in the back, although the two major muscles are the lats and traps. The lats pulls the arm back and down towards the spine. The traps pull the shoulder blades back and towards the spine.
Could not find your favorite exercise in the list? Please start a discussion and post the name and the list of steps. We will try to add it as soon as we can.