5
5hot6un
Guest
I need help with the following. References or method used to calculate is appreciated.
The mass of one carbon atom is X% of the mass all the carbon atoms in a typical human.
The mass of one typical human is X% of the mass of all living humans.
The total mass of all living humans is X% of the total mass off all living things on earth
The total mass of all living things on earth is X% of the total mass of earth.
The total mass of Earth is X% of the total mass of the planets in our solar system
The total mass of all the planets, moons, asteroids, comets and dust (everything but the sun) in our solar system is X% of the mass of the sun.
The mass of our solar system is X% of the mass of all the solar systems in our galaxy.
The mass of all the solar systems in our galaxy is X% the mass of the black hole in the center of our galaxy.
The mass of our galaxy is X% of the mass of all the galaxies in the universe.
The mass of all the galaxies in the universe is X% of all the mass of the universe.
The mass of one carbon atom is X% of the mass all the carbon atoms in a typical human.
The mass of one typical human is X% of the mass of all living humans.
The total mass of all living humans is X% of the total mass off all living things on earth
The total mass of all living things on earth is X% of the total mass of earth.
The total mass of Earth is X% of the total mass of the planets in our solar system
The total mass of all the planets, moons, asteroids, comets and dust (everything but the sun) in our solar system is X% of the mass of the sun.
The mass of our solar system is X% of the mass of all the solar systems in our galaxy.
The mass of all the solar systems in our galaxy is X% the mass of the black hole in the center of our galaxy.
The mass of our galaxy is X% of the mass of all the galaxies in the universe.
The mass of all the galaxies in the universe is X% of all the mass of the universe.