Students were read the following list of nouns: table, candy, dog, phone, jar, banana, train, flower, planet. Most of the students remembered 'table' and 'planet' due to

Sensory memory refers to the brief retention of sensory information, allowing individuals to perceive stimuli in their environment. While sensory memory plays a role in initial perception, it does not explain why certain items are remembered better than others after a short delay. The serial position effect specifically addresses recall based on list position rather than sensory retention limits.

Levels of processing theory posits that deeper, semantic processing leads to better memory retention than shallow processing. While this theory is relevant to memory formation, it does not directly explain the specific recall of items from a list based solely on their order, as seen in the serial position effect.

Encoding specificity principle suggests that memory recall is improved when the retrieval context matches the encoding context. Although context can enhance recall, it does not account for the positional advantages observed with 'table' and 'planet' in this particular scenario, which are primarily influenced by their positions in the list.