=i agree with him because yh i think that you can control your response and behaviour towards things.=
Ivan Pavlov was the scientist who developed the theory of conditioned response through his famous experiments with dogs and bell ringing. He found that dogs could be trained to associate a neutral stimulus (like a bell) with a reflex response (like salivating) through repeated pairings.
Ivan Pavlov, a Russian physiologist, developed the theory of classical conditioning, which explains how associations are formed between a stimulus and a response through repeated pairings.
Ivan Pavlov's hypothesis was that dogs develop a learned response (conditioned reflex) to a neutral stimulus, such as a bell, when it is repeatedly paired with an unconditioned stimulus, like food. This laid the foundation for his classical conditioning theory.
Ivan Pavlov is considered the father of classical conditioning. He conducted experiments with dogs that led to the development of the theory of classical conditioning, where a neutral stimulus becomes associated with a reflexive response through repeated pairing.
Ivan Pavlov and John B. Watson are often regarded as pioneers of learning theory and are considered the "Fathers of Behaviorism" for their significant contributions to the understanding of how behavior is learned through conditioning and stimulus-response relationships.
Arkādijs Pavlovs died on 1960-06-26.
Arkādijs Pavlovs was born on 1903-02-02.
Igors Pavlovs was born on 1965-01-01.
Deniss Pavlovs was born on 1983-04-15.
Vitalijs Pavlovs was born on 1989-06-17.
Andrejs Pavlovs was born on 1979-02-22.
Ivan Bull has written: 'Towards a theory of entrepreneurship'
Conditioned stimulus
Ivan Matveevich Vinogradov has written: 'Elements of number theory'
Ivan Singer has written: 'Operation Turtle' 'The theory of best approximation and functional analysis' -- subject(s): Functional analysis, Approximation theory
social contract theory
Mainly, the redshift of distant galaxies, which indicates that they are moving away from us. Also:* Calculations, to the effect that the Universe can't be static. * The microwave background radiation, which agrees closely with the theory. * The percentage of elements (and isotopes) in the Universe, which also closely agrees with the theory.