Answer:
planet fittness and nordic track
Explanation:
Answer:
mesosystem
Explanation:
Bronfenbrenner's ecological systems theory is a meta-theory focused on a child's development. This theory indicates complex environmental 'layers' that have an effect on a child's development. Bronfenbrenner categorizes a person's environment into five systems: 1-microsystem (i.e., direct contact with the child, e.g., parents and siblings), 2-mesosystem (i.e., interactions between the microsystems in one's life), 3-exosystem (i.e., social structures that indirectly influence child's development), 4-macrosystem (i.e., cultural context), 5-chronosystem (i.e., transitions and shifts that influence development). A mesosystem comprises interactions between the microsystems in which the developing individual participates. In consequence, a girl’s face-to-face interaction with her siblings is part of her mesosystem because siblings form part of her microsystem and they have a direct influence on her development.
A) Digger
Explanation:
What is the digger in volleyball called?
The job of a volleyball digger is to prevent the ball from hitting the floor after being spiked by the opposing team. To dig, the volleyball players must anticipate the spike and be prepared to quickly dive in any direction.
Answer: The nervous system is necessary for the survival of the organism.
Explanation:
The nervous system is the main center of control and coordination of the entire body. It regulates various activities in the body like breathing, movement, thinking, reasoning, feeling emotions, sleep and wake, reproduction, and other necessary functions. The brain and spinal cord are the two chief components of the nervous system. There are many neurons present in the brain. The neurons are the nerve cells that help in communication with the other cells of the body like muscles and gland cells. They receive the signals from all the body parts and direct them to brain for interpretation. Neurotransmitters are the chemical messengers that transmit messages between the neurons, and from neurons to the muscles or other cells of the body.
