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Impulses move slower at lower temperatures because temperature affects the speed of nerve conduction by altering the rate of chemical reactions involved in transmitting the impulse. Cold temperatures slow down these chemical reactions, causing nerve impulses to travel more slowly.
Yes, body temperature can affect the speed of nerve conduction, which in turn can influence reflex response times. Generally, lower temperatures slow down nerve conduction and may result in slower reflexes, while higher temperatures can speed up nerve conduction and reflexes.
The transfer of heat by molecular motion from a source of high temperature to a region of lower temperature, tending toward a result of equalized temperatures.
The natural flow of heat is from a higher temperature to a lower temperature. This process occurs through conduction, convection, or radiation, depending on the medium through which the heat is transferring.
Pitch is the quality determined by the speed of vibration of sound waves. Faster vibrations result in higher pitch, while slower vibrations result in lower pitch.
Impulses move slower at lower temperatures because temperature affects the speed of nerve conduction by altering the rate of chemical reactions involved in transmitting the impulse. Cold temperatures slow down these chemical reactions, causing nerve impulses to travel more slowly.
Yes, body temperature can affect the speed of nerve conduction, which in turn can influence reflex response times. Generally, lower temperatures slow down nerve conduction and may result in slower reflexes, while higher temperatures can speed up nerve conduction and reflexes.
Thermal conduction is the process by which heat is transferred through a material from a higher temperature to a lower temperature region.
conduction, as thermal energy flows from higher temperature to lower temperature through direct contact between two objects.
Frog's internal body temperature is lower than that of a mammal lower temperature = slower heart rate
During continuous conduction, heat energy is steadily transferred from a higher temperature region to a lower temperature region through a solid material without interruption. This process occurs as long as there is a temperature difference and the material allows heat to flow through it. Heat transfer in continuous conduction follows Fourier's Law, which states that the rate of heat transfer is directly proportional to the temperature gradient and the material's thermal conductivity.
Conduction in gases is slower than in liquids or solids because gases have lower particle density and weaker intermolecular forces, resulting in less efficient energy transfer through collisions. In liquids and solids, particles are closer together, allowing for faster transfer of kinetic energy through direct contact.
The two necessary conditions for the conduction of heat are a temperature gradient (difference in temperature) and a material that can conduct heat, such as metals or solids. Heat energy flows from areas of higher temperature to areas of lower temperature through the material.
The transfer of heat by molecular motion from a source of high temperature to a region of lower temperature, tending toward a result of equalized temperatures.
The transfer of heat by molecular motion from a source of high temperature to a region of lower temperature, tending toward a result of equalized temperatures.
conduction occurs
Conduction occurs when heat energy is transferred between objects that are in direct contact with each other. It requires a temperature difference between the two objects and a medium that allows heat to flow, such as a solid material. Additionally, conduction follows the direction of temperature gradient, moving from the higher temperature object to the lower temperature object.