The best example of a biological predisposition to learning is

The question is incomplete, the complete question is as follwoing:

The best example of a biological predisposition to learning is which of the following?

answer choices

Little Susie gets in her toy car and imitates the way her mother drives a real car. By using shaping techniques, a researcher can teach a chicken to play tic-tac-toe. After David got sick from eating sushi from the deli, he became nauseous whenever he thought of eating sushi. Rats can learn to run complex mazes even without food rewards present. After getting kicked by a mule, Dana developed a fear of not only donkeys but also horses.

3.

Explanation:

A Biological Predisposition is defined as an increased risk of behavioral cahnges in contracting a disease or behavioural pattern based on the genes we have inherited from our ancestors (and ancestors). Genes affect our IQ, personality traits, risk of cancer and even our chances of being an alcoholic.

Biological prediposition may limit the capacity of an animal to modify the operant; animals are biologically predisposed to learn naturally adaptive associations.

Henec, the correct option is 3.

Hunting in the darksome fish rely on senses beyond sight. in the darkness of the marianas trench, a fish called the rattail has an extremely sensitive sense of smell. the fish uses scent, rather than sight, to steer toward food. once it's near food, the rattail uses a special organ on the bottom of its chin to guide itself by feel.marine snowone staple of the deep sea diet is "marine snow," flakes of organic, edible substances that sink down from the upper ocean. animals at the ocean's bottom find sustenance in everything from the bodies of dead creatures to fecal matter. marine snow is diverse enough to support numerous species. for instance, several species of snails and worms feed exclusively on deceased whales.microorganismsthe deep sea is an intricate ecosystem, and even the ocean floor itself plays a part. hydrothermal vents are cracks in the sea floor where erupting magma mixes with ocean water to produce plumes of hot, sulfur-rich chemicals. some microbes can use these chemicals for energy, sustaining their existence and that of the animals who depend on their roles in the deep sea food chain.