0
What else can I help you with?
How do nutrients from food get to your bones and muscles for grade 4?
first the villi will collect the nutrients from the food and tansport it to the body
Are minerals nutrients?
yes minerals are nutrients. Rocks are not nutrients. Minerals in food enrich blood strengthen bones muscles and teeth and keeps organs functioning properly.
How do muscles work with bones to allow locomotion in humans?
Muscles do is to command the bones to move and you need food and energy to move around.
Do the veins carry nutrients to the skin bones and muscles?
no veins carrys blood towards the heart
Do bones have muscles?
There are muscles attached to bones, but bones do not have muscles.
How food affects the bones and muscles?
makes you fatty mcchicken nuggety
What is the relationship of the circulatory system to those digestive system respiratory system and the urinary system?
The muscular system uses the bones for their action. Without bones muscles would be useless at distance. Bones act like lever arms to increase the force produced by muscles. The digestive system gives nutrients to the muscles.
Why should you have a healthy nutrition?
There are many reasons to have healthy nutrition. Healthy nutrients keep your heart beating, your brain active and your muscles working. Nutrients also help build and keep bones, tendons, and muscles strong.
Why is the heart not joined to bones?
Our heart is a muscle that pumps blood through our body There are muscles in our stomach that help us digest our food. There are muscles in our chest that helps us breath. These muscles are not attached to bones and do not have tendons.
How are the muscles attached to bones?
Muscles are attached by tendons and ligaments to bones.
Do you have more muscles then bones?
you have 640 muscles and 206 bones. Which means that you have more muscles then bones.
Are bones superficial to muscles?
No, muscles are superficial to bones. Muscles are located on the outermost layer of the body and are responsible for movement, while bones form the underlying structure to support and protect the muscles.
