Chapter 7, Quiz
According to the levels of processing theory, memory durability depends on the depth at which information is stored consolidated retrieved encoded
encoded
Acquiring information and transforming it into long-term memory is transfer-appropriate processing state-dependent learning encoding memory consolidation
encoding
Long term potentiation can increase the size of neuron cell bodies can increased the firing rates of neurons includes larger electrical impulses in the axon the growth of new nuclei in neurons none of the above
can increased the firing rates of neurons
According to your text, imagery enhances memory because pictures fit better with our basic instincts because children learn pictures before reading words. there is an enhanced emotional response. imagery can be used to create connections between items to be remembered. the brain processes images more easily than the meanings of words.
imagery can be used to create connections between items to be remembered.
What do we call the enhancement of memory performance if the type of task at encoding matches the type of task at retrieval. episodic based processing elaborative rehearsal personal semantic memory state-dependent learning none of the above
none of the above
Retrograde amnesia more often affects anterograde memories remote memories recent memories spatial memories emotional memories
remote memories
According to the multiple trace hypothesis, the hippocampus is involved in retrieval of remote, episodic memories. remote, semantic memories. semantic priming memories state-dependent memories remote procedural memories
remote, episodic memories.
What cues help us remember information that has been stored in memory? retrograde encoding retrieval processing none of the above
retrieval
What supports the interpretation that we encode information alongside context? memory consolidation repetition priming state dependent learning two of the above none of the above
state dependent learning
The memory mechanism Hebb proposed is associated with changes at the synapse long-term potentiation changes in specialized areas of the brain two of the above all of the above
two of the above