Definition of accommodating resistance
Resultant – the resultant vector is the vector calculated when summing together other vectors, often in the form of components but also in the form of two or more vectors acting in different directions on the same object.
For example, during running, there are forces acting both vertically and horizontally and also both forwards (propulsive) and backwards (braking) but ultimately there is a resultant force that moves the runner forwards.
In biomechanics, these three orthogonal components refer to the frontal, sagittal and transverse planes, respectively.For example, calculating force as mass multiplied by acceleration (F = ma), if we use mass in kilograms and acceleration in meters per second per second, then we find force in kg/m/s/s but this is also correct when expressed in Newtons (N) as well.Peak – the peak value of any measurement is the point with the greatest magnitude in a data set. There are some possibilities that you are not taking your diet in time or your diet may not be nutritious as per your requirements.
Biomechanics definitions can be intimidating even if you have an engineering or science background.Speed is a scalar because it only refers to the magnitude of the velocity and not the direction.