Make a list of the major activities you perform each day (e.g., reading, eating, sleeping, running) and then chart the daily activities controlled by each part of the brain. Complex activities may require more than one part of the brain. Keep in mind that the brain, spinal cord, and nerves function together as a system. For example, if you are dancing, the cerebrum enables hearing the music and moving in a certain way, while the cerebellum adjusts the impulses of the motor neurons so that your motions are smooth. And if the beat of the music speeds up and you move more quickly, the medulla signals your body to take in more oxygen.

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Make a list of the major activities you perform each day (e.g., reading, eating, sleeping, running) and then chart the daily activities controlled by each part of the brain. Complex activities may require more than one part of the brain. Keep in mind that the brain, spinal cord, and nerves function together as a system. For example, if you are dancing, the cerebrum enables hearing the music and moving in a certain way, while the cerebellum adjusts the impulses of the motor neurons so that your motions are smooth. And if the beat of the music speeds up and you move more quickly, the medulla signals your body to take in more oxygen.

Make a list of the major activities you perform each day (e.g., reading, eating, sleeping, running) and then chart the daily activities controlled by each part of the brain. Complex activities may require more than one part of the brain. Keep in mind that the brain, spinal cord, and nerves function together as a system. For example, if you are dancing, the cerebrum enables hearing the music and moving in a certain way, while the cerebellum adjusts the impulses of the motor neurons so that your motions are smooth. And if the beat of the music speeds up and you move more quickly, the medulla signals your body to take in more oxygen.

Make a list of the major activities you perform each day (e.g., reading, eating, sleeping, running) and then chart the daily activities controlled by each part of the brain. Complex activities may require more than one part of the brain. Keep in mind that the brain, spinal cord, and nerves function together as a system. For example, if you are dancing, the cerebrum enables hearing the music and moving in a certain way, while the cerebellum adjusts the impulses of the motor neurons so that your motions are smooth. And if the beat of the music speeds up and you move more quickly, the medulla signals your body to take in more oxygen.

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Make a list of the major activities you perform each day (e.g., reading, eating, sleeping, running) and then chart the daily activities controlled by each part of the brain. Complex activities may require more than one part of the brain. Keep in mind that the brain, spinal cord, and nerves function together as a system. For example, if you are dancing, the cerebrum enables hearing the music and moving in a certain way, while the cerebellum adjusts the impulses of the motor neurons so that your motions are smooth. And if the beat of the music speeds up and you move more quickly, the medulla signals your body to take in more oxygen.

Make a list of the major activities you perform each day (e.g., reading, eating, sleeping, running) and then chart the daily activities controlled by each part of the brain. Complex activities may require more than one part of the brain. Keep in mind that the brain, spinal cord, and nerves function together as a system. For example, if you are dancing, the cerebrum enables hearing the music and moving in a certain way, while the cerebellum adjusts the impulses of the motor neurons so that your motions are smooth. And if the beat of the music speeds up and you move more quickly, the medulla signals your body to take in more oxygen.

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