Short Answer:
Carbon provides 18 or 19 percent of the total mass of the human body.
Not as much as oxygen which makes up approximately 65% of the human body mass.
Numerically, hydrogen approaches 65% of the total number of atoms in the human body, but it is probably closer to 63% for most people.
Accounting by Mass:
The mass of the human body is provided mostly by oxygen, carbon, hydrogen, nitrogen. Together these elements account for about 96% of the mass of a human.
Add in about a kilogram of calcium in the bones and body fluids and you are up to 97.4%. All of this depends on the particular person since water, our major component, can differ by 10% from one individual to another.
That said, typically the breakdown goes like this.
Oxygen: 65% of the mass
Carbon: 18% of the mass
Hydrogen: 10% of the mass
Nitrogen: 3% of the mass
Calcium: 1.4 % of the mass
Phosphorus 1.1% of the mass
With phosphorus, one has accounted for 98.5% of the mass of the typical human and that will change by a couple of tenths from person to person.
Accounting by Numbers:
Numerically we have nearly twice as many hydrogen atoms in our bodies as compared to all other elements combined. Specifically, hydrogen counts as 63% of our atoms by number, give or take a bit, but being so light it barely gets to 10% of our mass. Oxygen atoms count as 24% and carbon atoms are a mere 12% of the populations. Together, our three basic organic building blocks account for 99% of all the atoms in the body.
Caveat:
As was said above, the water content of the human body weight varieties between 55 to 65 % from one person to the next and being the major component changes the numbers above a little for each individual.
Summary:
Almost 99% of the mass of the human body is made up of the six elements oxygen, carbon, hydrogen, nitrogen, calcium, and phosphorus.
Most of the last 1% is made up of five elements: potassium, sulfur, sodium, chlorine, and magnesium, but a tenth of a percent or so is made up of another dozen or so elements which include those recognized as essential to health such as iron, iodine and fluorine as well as beneficial trace elements like manganese, copper and zinc.
Sodium is an element.
Calcium provides about 1.4-1.6 % of the mass of the human body. It is only .24 % of total number of atoms, but it weighs more than most. An adult person has about a kilogram of calcium in their body.
The predominant element in the human body is oxygen, which makes up approximately 65% of the body's mass. This essential element is found in compounds like water and plays a crucial role in respiration and energy production.
Water makes up about 60% of the human body. It is essential for various bodily functions such as digestion, temperature regulation, and nutrient absorption.
No, it is not a minor or micro element in human physiological system. It is even toxic.
The element that makes up the majority of the human body is oxygen.
Sodium is an element.
Carbon makes up about eighteen percent of the human body. Oxygen is the element found most abundantly in the human body with sixty five percent.
Calcium provides about 1.4-1.6 % of the mass of the human body. It is only .24 % of total number of atoms, but it weighs more than most. An adult person has about a kilogram of calcium in their body.
Oxygen makes up about 65% of the human body by mass.
Water
Carbon makes up about 18% of the human body, including the skin.
based on our fundemental constituant being Carbon and its adherance to oxygen as CO2 and Hydrogen H2O (being 70% approx of body mass), then on mass is would be Oxygen.
The most abundant element in any organic structure, including the human is hydrogen.
The predominant element in the human body is oxygen, which makes up approximately 65% of the body's mass. This essential element is found in compounds like water and plays a crucial role in respiration and energy production.
Element composition of the human body: 65% Oxygen 18% CARBON 10% Hydrogen 7% All other elements
Oxygen makes up about 65% of the human body by mass. It is a vital element for cellular respiration and energy production in the body.