Question

the ability to respond to a stimulus is termed: depolarized irritability conductivity all - or - none response polarized question 4 the lobes of the cerebrum that contain auditory areas are the: occipital temporal frontal parietal

Explanation:

• Irritability: In biology, irritability refers to the ability of an organism or a part of an organism (such as a cell or tissue) to respond to a stimulus. For example, nerve cells respond to electrical or chemical stimuli.
• Depolarized: This is a term related to the change in the electrical potential across a cell membrane (e.g., in nerve or muscle cells). It is a part of the process of action potential generation but does not directly mean the ability to respond to a stimulus.
• Conductivity: Refers to the ability to conduct (e.g., nerve impulse conduction). While conduction is related to the response (after the initial response to the stimulus), it is not the term for the ability to respond to a stimulus itself.
• All - or - none response: This is a principle that states that a nerve or muscle fiber responds completely or not at all to a stimulus of a certain threshold. It is about the nature of the response, not the ability to respond.
• Polarized: Refers to the normal state of a cell membrane with a difference in electrical charge across it (resting potential). Not related to the ability to respond to a stimulus.

For the second question:

• Occipital lobe: Mainly associated with visual processing.
• Temporal lobe: Contains the auditory cortex, which is responsible for processing auditory information.
• Frontal lobe: Involved in functions like motor control, decision - making, etc.
• Parietal lobe: Involved in sensory (except visual and auditory) integration, spatial awareness, etc.

Answer:

1. irritability
2. temporal