the stimulus is the hot pan causing a signal to be sent to the brain which causes the hand to be pulled away which is the response
a solid touches another hot solid like your hand touching a hot pan
internal
Reflex actions involve just three types of neurone. These are : - sensory neurones, - motor neurones, and Relay neurones which simply connect a sensory neurone and a motor neurone. We find relay neurones in the CNS, often in spinal cord
A trivet.
it becomes cool
a solid touches another hot solid like your hand touching a hot pan
internal
A metal spoon touching a hot pan. The pan heats the spoon. The spoon serves as a conductor of heat. This is an example of conduction.
Biologically the receptor is what detects the stimulus. The nervous system works in a diagram like this: Stimulus --> Receptor --> Coordinator --> Effector --> Response e.g Hot Pan --> Thermo --> brain --> bicep muscle contracts --> hand moves away On Hand receptor from pan. In skin.
Conduction is simply a transfer of heat. Let's say we have a hot pan and a person's hand. The molecules of the pan are moving very quickly because the temperature is so high. When a person touches the pan, he or she is really touching the very fast moving molecules of the pan that are incredibly hot.
through radiation
Reflex actions involve just three types of neurone. These are : - sensory neurones, - motor neurones, and Relay neurones which simply connect a sensory neurone and a motor neurone. We find relay neurones in the CNS, often in spinal cord
Because the pan and the stove is the same temp. and when the stove is heated it transfers through the pan and makes the pan hot.
the hot stove turned the pan hot. when
conduction causes a frying pan to get hot on a stove....................
A body's immediate response to something harmful. Like when you touch a hot pan, you immediately jerk your hand back.
what pan? if you are talking about on a stove its because the element on the stove gets hot when you turn it on and the heat gets transferred from the element onto the pan.