Technically it has to stop growing at some point, if nothing else it just grows in minute amounts every so often once someone is fully grown. This is because as bones and the structure of a person grow and take shape, the cartilage has to grow to accomodate the growth of the person, especially in areas that are all cartilage, such as ears and noses.
Answer:
I believe the correct answer is Introspection.
Explanation:
The definition of introspection is observing someone's own mental activities. Please let me know if this is incorrect.
Answer:
B) generator potential
Explanation:
The short-lived and localized changes in membrane potential are called graded potentials. A sensory receptor senses the stimulus. As the stimulus is sensed by the associated sensory neuron, there is the production of a graded potential. When the receptor of a sensory neuron is excited by some form of energy such as heat, light, etc., the resulting graded potential is called a generator potential. It is also called a receptor potential.
If the receptor potential is large enough to reach the threshold, it triggers one or more nerve impulses in the axon of the sensory neuron. For instance, thermosensory receptors sense the change in the temperature conditions and the associated sensory neurons generate the graded potential. Since the graded potential is generated due to temperature (heat), it is a generator potential.
Explanation: we will conclude this by the following characteristics:
1.organims that lack a proper nucleus.
2.they have membrane bounded organelles
3.they are tiny single cell oraganisms which cannot be seen by naked eye.
4.they are the oldest livinh organisms on earth
5.they are present in very harsh conditions like volcanic vents or at the bottom of the sea
The likely reason to change the gene pool in a population of chipmunks would be: <span>A number of chipmunks die due to old age.
Gene pool in a population occurs only if there is an event that could lead to Genetic mutation. Dying from an old age is just a natural occurrence that does not change the genetic composition of an organism</span>