synergy |
emergence |
As nouns the difference between synergy and emergence
is that
synergy is behavior of a system that cannot be predicted by the behavior of its parts while
emergence is emergence.
synchronize |
synergy |
As a verb synchronize
is to cause two or more events to happen at exactly the same time, at the same rate, or in a time-coordinated way to harmonize in regard to time.
As a noun synergy is
behavior of a system that cannot be predicted by the behavior of its parts.
coordinate |
synergy |
As nouns the difference between coordinate and synergy
is that
coordinate is while
synergy is behavior of a system that cannot be predicted by the behavior of its parts.
As a verb coordinate
is .
As an adjective coordinate
is .
codependence |
synergy |
As nouns the difference between codependence and synergy
is that
codependence is (uncountable) the state of being co-dependent while
synergy is behavior of a system that cannot be predicted by the behavior of its parts.
singularity |
synergy |
As nouns the difference between singularity and synergy
is that
singularity is the state of being singular, distinct, peculiar, uncommon or unusual while
synergy is behavior of a system that cannot be predicted by the behavior of its parts.
synergy |
x |
As a noun synergy
is behavior of a system that cannot be predicted by the behavior of its parts.
As a letter x is
the twenty-fourth letter of the.
As a symbol x is
voiceless velar fricative.
holistic |
synergy |
As an adjective holistic
is related to holism.
As a noun synergy is
behavior of a system that cannot be predicted by the behavior of its parts.
synergy |
associativity |
As nouns the difference between synergy and associativity
is that
synergy is behavior of a system that cannot be predicted by the behavior of its parts while
associativity is (algebra) the condition of being associative.
connectivity |
synergy |
As nouns the difference between connectivity and synergy
is that
connectivity is (uncountable) the state of being connected while
synergy is behavior of a system that cannot be predicted by the behavior of its parts.
Pages