answersLogoWhite

0

Water is the most abundant molecule on Earth's surface. It is also the most abundant molecule found in the human body.

Water helps deliver oxygen and nutrients to different parts of the body and removes toxins and wastes from the body. It also helps to regulate body temperature and acts as a cushion to protect internal organs and joints.

User Avatar

Wiki User

15y ago

What else can I help you with?

Related Questions

Which type of molecule is the most abundant in a typical cell?

water


What molecule is most abundant in a typical cell?

Water or H2O


What is the most abundant lipid molecule in the cell membrane?

Phospholipid.


What is the most abundant molecule in our body?

Our body contains about 70% water so most abundant molecule is H2O.


Is Carbon dioxide is the most abundant molecule found within the body?

No, water is the most abundant molecule in the body.


Which type of molecule would be most abundant a typical cell?

Water molecules would be the most abundant type of molecule in a typical cell. They play a vital role in various cellular processes such as transportation, chemical reactions, and maintaining cell structure.


What molecule is most abundant in the whole brain?

Water is the most abundant molecule in just about any part of them body, including the brain.


What is the most abundant molecule found in your bodies?

water


What is most abundant molecule in a living organisim?

Water


What is the most abundant molecule in living things?

DNA


Which is the most abundant molecule on earth glucose fructose or galatose?

Cellulose is the most abundant organic polymer.It is made up of glucose.


Why is cellulose the most abundant molecule on earth?

Cellulose is the most abundant molecule on Earth because it is the main component of plant cell walls, providing structure and support to plants. Plants are widespread and play a crucial role in the ecosystem, leading to the high abundance of cellulose in nature. Additionally, cellulose is produced by photosynthesis, a common process in plants, further contributing to its abundance.