They are dissociated in the water from the organism, forming ions.
Provide one important example (in the human body) of a. a molecule containing ionic bonds. b. a molecule containing covalent bonds. c. a molecule containing hydrogen bonds.
Being comprised mostly of water, the human body would probably not contain many undissolved ionic compounds. Ionic bonds, such as those in NaCl, would be broken by water molecules, creating aqueous solutions in blood, sweat, etc. In other words, yes, there are ionic bonds, but most of them just get broken.
Organic compounds have covalent bonds, and these compounds are the basis of life on Earth; the human body is composed of them.
because living bodies contain water and most of the ionic compounds are soluble in water and are secreted in urine but some are always kept in body for working of the brain and other organs.
I think it dissolves ionic salts
No
Provide one important example (in the human body) of a. a molecule containing ionic bonds. b. a molecule containing covalent bonds. c. a molecule containing hydrogen bonds.
Being comprised mostly of water, the human body would probably not contain many undissolved ionic compounds. Ionic bonds, such as those in NaCl, would be broken by water molecules, creating aqueous solutions in blood, sweat, etc. In other words, yes, there are ionic bonds, but most of them just get broken.
We need compounds for our body to process properly. That is exactly why we need compounds. I hope this answer helps you. :)
Organic compounds have covalent bonds, and these compounds are the basis of life on Earth; the human body is composed of them.
minerals
because living bodies contain water and most of the ionic compounds are soluble in water and are secreted in urine but some are always kept in body for working of the brain and other organs.
Sodium Chloride
These elements exist as compounds.
minerals
The answer is H20
carbon, oxygen, hydrogen, and nitrogen