No sorry :(
No sorry :(
Yes, sensory receptors change voltage at their membranes in response to stimuli. When a sensory stimulus is detected, it causes the opening of ion channels, leading to a change in the membrane potential, often resulting in depolarization. This change in voltage can generate an action potential or a graded potential, depending on the type of sensory receptor and the strength of the stimulus. Ultimately, this electrical change is crucial for transmitting sensory information to the nervous system.
Stimuli are things in the environment that cause change. A reaction to a change in the environment is a reaction to a stimulus.
The change is actually a stimulus and when the organism reacts to the stimulus, it becomes a response. Overall, The answer is a stimulus.
A change that causes a response in your body is a stimulus. When a stimulus is detected by the body, it triggers a reaction that helps maintain balance and homeostasis.
The word is "transition."
stimulus
stimulus
stimulus
The action potential is generated when a stimulus causes a change in the electrical potential across the cell membrane, resulting in the opening of voltage-gated ion channels. This allows an influx of sodium ions, causing depolarization of the membrane and initiation of the action potential.
stimulus
The answer to this would mose probabaly be a stimulus. Because there are 2 types of stimuli Internal Stimulus and External Stimulus and so it has to be either one of these but the answer is stimulus.