Modeling body systems quick check

1) to provide electrical signals to initiat peristalsis

2) nervous system, circulatory system, integumentary system
3) the pizza is churned, mixing it with digestive enzymes and gastric acid
4) it controls muscle contraction
5) nervous, muscular , and skeletal

Modeling Body system Quick Check

1. to provide electrical signals to initate peristalsis

2. nervous system , circulatory system , integumentary system

3. The pizza is churned , mixing it with digestive enzymes and gastric acid.

4. It’s controls muscle contraction

5. Nervous , muscular , and skeletal

Hope this helps!!

what are the answers not the letters

1) what is the role of the nervous system in digestion?

A.) to provide electrical signals to initiate peristalsis

2.) Where does most of the absorption of nutrients occur
A.) small intestine

3.) The pizza that you eat for lunch is being digested summarize what happens to it in your stomach
A.) The pizza is turned mixing it with digestive enzymes and gastric acid

4.) How does the nervous system influence the respiratory system
A.) it controls muscle contraction

5.) Which system comprises of skin hair and other parts of the outtermost layer of the body?
A.) integumentary system

Modeling Body Systems Quick Check

oh he mixed 3 and 4 up on mistake

Someone and Homework helper are correct. Thanks You!!

Sal is right for connexus students <3

To effectively model body systems, you would typically follow these steps:

1. Identify the body system to be modeled: Determine which specific body system you want to focus on, such as the respiratory system, digestive system, or skeletal system.

2. Gather information: Research and gather relevant information about the selected body system. This may include understanding the organs involved, their functions, and how they interact with each other.

3. Create a conceptual model: Use the gathered information to create a conceptual model or diagram of the body system. This can be a simplified representation that highlights the key components and their relationships.

4. Consider interdependencies: Take into account the interdependencies of the selected body system with other body systems. Many body systems work together to maintain overall health, so it's essential to understand these interactions.

5. Use visual aids: Utilize visual aids like diagrams, charts, or 3D models to represent the body system accurately. This helps in better understanding and visualization.

6. Incorporate dynamics: Consider the dynamics or functioning of the selected body system. Understand the processes, such as circulation or digestion, and depict them in the model as accurately as possible.

7. Test and revise: Review your model and test its accuracy by comparing it to established scientific knowledge or consulting with experts in the field. As needed, revise your model based on feedback and new information.

Remember, modeling body systems is a complex task, and the level of detail and complexity may vary depending on the purpose and scope of the model.

is that rightr?

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A