Solution of this equation gives m = 1 and the rate law can be written: Top. Determining k, the Rate Constant. We can determine a rate constant from a differential rate law by substituting a rate and the corresponding concentrations (for example, data from any of the experiments above) into a rate law and solving for k. Using the data from experiments 1, 2, or 3 we could solve the following equation for k: Top
eccentric contraction contraction in the presence of a resistive force that results in elongation of a muscle, used to perform negative work or to decelerate a body part. It is less metabolically demanding than a concentric contraction but may cause disruption of associated connective tissue with delayed soreness or frank injury if it occurs in an unaccustomed manner.
In Resistance Training, concentric and eccentric contractions are two movements done by opposing muscles. Eccentric contractions are said to cause delayed onset of muscle sore â¦ nnes(DOMS).