The principle of the final common path is:
Only one final common path (namely, each single motor neuron from the anterior gray horn of the spinal cord) conducts impulses to a specific motor unit within a skeletal muscle.
Yes, autonomic pathways follow the principle of a final common path. This means that regardless of the different stimuli and pathways that can influence autonomic output, the responses from the autonomic system converge to a final common pathway to generate the appropriate response.
The principle of final common path states that all somatic motor pathways converge on the alpha motor neurons in the spinal cord. These alpha motor neurons innervate skeletal muscles to produce movement. This convergence allows for integration of input from multiple sources before initiating a motor response.
Axons from the anterior gray horn are the only ones that terminate in skeletal muscle cells. This principle of the final common path to skeletal muscles has important practical implications.
The principle of the lens antenna is THE EQUALITY OF THE PATH LENGTH.
A common prefix for "principle" is "un-", as in "principle" becoming "unprincipled." A common suffix is "-ly," forming "principally."
Yes, the noun 'path' is a common noun, a general word for any path of any kind.
What are the argue for and against historical cost as a principle of accounting in the preparation of final account of a sole trader?
NO!!! 'Path' is NOT an adverb. 'Path' os a common noun. If you can put 'the', 'a/an' immediately in front of a word, then it is a common noun. In the English Language, 99% of adverbs end in '---ly'. 'The path', or 'a path'. , but NOT 'pathly'.
state function did not depend on the path , it depends on the initial and final point of the system where as path function depends on the path of the reaction.
a common noun
Yes, the compound term 'final disposition' is a common noun made up of the adjective final and the common noun disposition.
To determine the final velocity after a collision, you can use the conservation of momentum principle. This principle states that the total momentum before the collision is equal to the total momentum after the collision. By calculating the initial momentum of the objects involved and setting it equal to the final momentum, you can solve for the final velocity.