It would be A: Cells if right can i get a <span>Brainliest</span>
Answer:
sensory neuron
Explanation:
The type of neuron that is being described in this scenario is known as a sensory neuron. Like mentioned in this question this neuron picks up a stimuli from any both internal and external environments. It converts this stimuli into a nerve impulse. This nerve impulse is ultimately what the sensory neuron sends to the sensory organs. The nerve impulse is sent through a synapse and received to create an action potential.
The correct answer should be B. You can rule out C because, to be honest, does not make sense. You can also rule out D because rocks can go through the rock cycle many different ways. Lastly, you can rule out A because rocks move around alot during the rock cycle, making it so that they do not stay in the same place.
Answer:
➢<em>The structure of a nucleus encompasses the nuclear membrane, nucleoplasm, chromosomes, and nucleolus. The nuclear membrane is a double-layered structure that encloses the contents of the nucleus. ... Like the cell membrane, the nuclear envelope consists of phospholipids that form a lipid bilayer.</em>
<em>➢</em><em> </em><em>Such nuclear pores are the sites for the exchange of large molecules (proteins and RNA) between the nucleus and cytoplasm.</em>
<u>Answer:</u>
The process of <u>sensation</u> occurs when one of the sensory systems (eyes, ears, skin, tongue, or nose) detects a stimulus.
<u>Explanation:</u>
Sensation is the identification of external or internal stimuli by an entity, involving human beings. It is distinct from the perception, which involve of trying to make sense of or stimulation or defining this.
It includes three moves:
- Sensory receptors identify stimuli.
- Sensory stimuli are transformed into electrical impulses (potentials of action) that the brain decodes to.
- Electrical impulses travel through neural connections to different parts of the brain, where they translate the impulses into valuable information (perception).
