Activity 8: When stimulus intensity increases,
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Which of the following is true of the response of a sensory…
Which of the following is true of the response of a sensory neuron to the appropriate sensory stimulus?
Activity 1: The resting membrane potential became less nega…
Activity 1: The resting membrane potential became less negative (-70 mV to – 40 mV) with increased extracellulkar K+ because [x] K+ diffused out of the cell leaving [z] K+ inside the cell. The following drawing may be helpful in evaluating Questions 1 and 2.
In Activity 2, which of the following was able to detect pre…
In Activity 2, which of the following was able to detect pressure?
In Activity 2, increasing the strength of the stimulus appli…
In Activity 2, increasing the strength of the stimulus applied to the sensory receptor increased _______.
Increasing the voltage beyond the threshold stimulus voltage…
Increasing the voltage beyond the threshold stimulus voltage resulted in which of the following?
Resting membrane potential did not change with decreased ext…
Resting membrane potential did not change with decreased extracellular Na+ because the membrane has [x] Na+ leak channels than K+ leak channels and therefore changing Na+ concentrations has [y] effect on membrane potential.
Activity 6: Multiple action potentials were generated in res…
Activity 6: Multiple action potentials were generated in response to a 500 msec duration stimulus because the [a] stimulus results in stimulation during the [b]. The stimulus is [c] which is required for an action potential to be generated during the [d] phase of the action potential.
In Activity 2, which of the following responded to a chemica…
In Activity 2, which of the following responded to a chemical stimulus? Use your data chart to answer.
Pain-sensitive neurons conduct action potentials from the sk…
Pain-sensitive neurons conduct action potentials from the skin or teeth to sites in the brain involved in pain perception. To most effectively prevent the perception of pain a dentist would inject [a] near the [b] to [c] the generation of action potentials that would send a signal to the brain.