/
4.1 Excitation–activation dynamics
4.1 Excitation–activation dynamics
Given the neural excitation, , shown below, derive an expression for and plot the muscle activation,
, as a function of time. Label any critical points in your graph. Assume that the time constant for activation is 0.12 seconds and the time constant for deactivation is 0.24 seconds.
Feel free to use either the excitation–activation dynamics ODE from your textbook or the ODE shown below to do your calculations.
Excitation–activation dynamics ODE:
|
where
, multiple selections available,
Related content
5.4 Muscle–tendon equilibrium
5.4 Muscle–tendon equilibrium
More like this
5.1 Interaction between muscle force–length, force–velocity, and activation
5.1 Interaction between muscle force–length, force–velocity, and activation
More like this
6.1 Muscle moment arm, muscle–tendon length, and joint angle
6.1 Muscle moment arm, muscle–tendon length, and joint angle
More like this
Homework Problems
Homework Problems
Read with this
4.3 Sarcomeres as building blocks of muscle (🕒✎)
4.3 Sarcomeres as building blocks of muscle (🕒✎)
Read with this
ME/BIOE 281 Homework 2
ME/BIOE 281 Homework 2
Read with this