NEURON
Nervous System
Brain Hemispheres
Brain Lobes
Functions and Neuroplasticity
100

Name at least 4 parts of the neuron

Soma, Axon, Dendrites, Myelin Sheath, Node of ranvier

100

What are the two main parts of the nervous system?

Central and Peripheral nervous systems

100

Which hemisphere controls logical thinking and language?

Left Hemisphere

100

Which lobe controls thinking and decision-making?

Frontal Lobe

100

What is neuroplasticity?

The brain’s ability to change and form new connections

200

What is the basic building block of the nervous system?

The neuron

200

What does the nervous system do?

Sends and receives information throughout the body

200

Which hemisphere controls creativity and art?

Right Hemispheres

200

Which lobe controls vision?

Occipatal Lobe

200

What part connects the brain to the spinal cord?

Brain Stem

300

What part of the neuron receives messages?

Dendrites

300

What organs are part of the central nervous system?

The brain and spinal cord

300

True or False: Both hemispheres work together in most activities.

True

300

Which lobe controls hearing and memory?

Temporal Lobe

300

How does learning affect neuroplasticity?

Learning creates new neural connections

400

What is the gap between two neurons called?

Synapses

400

Which system connects the CNS to the rest of the body?

The Peripheral Nervous System

400

Give one example of an activity dominated by each hemisphere.

Left: solving math problems; Right: drawing or music

400

Which lobe processes touch and sensory information?

Parietal Lobe

400

What part of the brain controls emotions?

Amygdala

500

What is the function of the myelin sheath?

It protects the axon and speeds up message transmission

500

What happens when a message travels from the brain to your hand?

It goes through neurons and spinal cord to activate movement

500

True or False: Does the brain work in a cross form when we talk about sight?

True

500

Why is the frontal lobe considered the “control center”?

Because it handles planning, reasoning, and personality

500

Why is neuroplasticity important for recovery after brain injury?

Because the brain can adapt and other areas can take over lost functions