B) mas A model for the isometric response of a muscle, including mass m, is shown in the Figure b...
b) mas A model for the isometric response of a muscle, including mass m, is shown in the Figure below. Determine the equation of motion for the muscle's mass element when the active muscle unit (AMU) generates a constant tensile force Fo. (Show all work. Do not solve the equation.) (8) the equation of motion tm A MU c) A muscle having constant k-.22 isometrically contracts and delivers a measured tension of 120ON. Determine the maximum tension the muscle can deliver. (5) The muscle in Part (c) is observed to contract at the rate of 0.08FL/s while delivering 700N of tension. Calculate the maximum speed at which this muscle can contract. (5) d)
b) mas A model for the isometric response of a muscle, including mass m, is shown in the Figure below. Determine the equation of motion for the muscle's mass element when the active muscle unit (AMU) generates a constant tensile force Fo. (Show all work. Do not solve the equation.) (8) the equation of motion tm A MU c) A muscle having constant k-.22 isometrically contracts and delivers a measured tension of 120ON. Determine the maximum tension the muscle can deliver. (5) The muscle in Part (c) is observed to contract at the rate of 0.08FL/s while delivering 700N of tension. Calculate the maximum speed at which this muscle can contract. (5) d)