At threshold, axons will . At threshold, axons will . Always generate an action potential. Usually be at the end of their absolute refractory period. Begin to hyperpolarize the membrane potential. Likely generate an action potential if refractory periods have elapsed.

At threshold, axons will "likely generate an action potential if refractory periods have elapsed".

Explanation:

The threshold voltage in an axon is typically the threshold potential, which is a potential membrane value between -50 and -55 mV but can differ based on numerous factors.The resting membrane potential of a neuron (–70 mV) can be altered to either increase or decrease the likelihood of sodium and potassium ions hitting threshold.

The potential for action is an eruption of electric activity generated by a depolarizing current. The potential threshold for intervention is assumed to be the lowest in the axon but was higher in the axon than at other neuronal positions when calculated using traditional methods on rat cortical pyramidal neurons.

a warm, wet climate will produce the highest rate of weathering. the warmer a climate is, the more types of vegetation it will have and the greater the rate of biological weathering (figure below). this happens because plants and bacteria grow and multiply faster in warmer temperatures.

a. seed plant structure. 1. the three main plant organs are roots, stems, and leaves. a fourth kind of tissue, meristematic tissue, is responsible for plant growth. meristematic tissue is the only plant tissue that produces new cells by mitosis. plants can lose water out of their leaves as they exchange gases with the air

explanation: