By mass, it is oxygen.
-041666 is an integer and not a fraction so it makes little sense to write it as a fraction. But, if you must, one equivalent is -41666/1.-041666 is an integer and not a fraction so it makes little sense to write it as a fraction. But, if you must, one equivalent is -41666/1.-041666 is an integer and not a fraction so it makes little sense to write it as a fraction. But, if you must, one equivalent is -41666/1.-041666 is an integer and not a fraction so it makes little sense to write it as a fraction. But, if you must, one equivalent is -41666/1.
decimal to fraction5.75 = 575/100 or 23/4 in fraction
It makes it .666666 to infinity. The fraction is written 2/3
a value of zero in the denominator makes the fraction undefined
110 is an integer whole number, not a fraction. Your question makes no sense.
Oxygen is the element that makes up the greatest percentage of weight in the body, comprising about 65% of the body's mass.
The metal found in greatest quantity in the Earth's crust is aluminum. It makes up about 8% of the Earth's crust by weight.
Water makes up about 70% of the human body weight. Other components of oxygen, rubidium and vanadium make up the rest of the weight.
It used to be called "reducing to lowest terms"; nowadays I think it's called "writing the fractionin simplest form".And by the way ... you don't divide the 'fraction' by the greatest commen factor. You divide the numeratorand denominator separately by their greatest commen factor. It makes a big difference.
The element found in both biotite mica and muscovite mica that makes up the greatest percentage by volume of Earth's crust is oxygen. Oxygen is a very abundant element in the Earth's crust, forming the majority of the minerals and rocks that make up the Earth's surface.
To determine the weight of combined elements, you would first need to know the individual weights of each element. You can then add up the weights of all the elements to find the total weight of the combined elements.
The weight of neodymium (Nd), do you mean Atomic weight (mass) which can be check using Periodic Table of element. Atomic Number 60; Atomic weight 144.24; Density 6960 kg per m3 Hope this helps, using the term weight for an element without stating in what context, makes it difficult to know what answer is required.
The fifth most abundant element in the Earth's crust is potassium. It makes up about 2.6% of the Earth's crust by weight.
The Sun is composed of about 71% hydrogen by mass. This makes hydrogen the most abundant element in the Sun.
element makes those TVs
The thing that makes an equivalent fraction equivalent is the overall value of the fraction, the ratio between the numerator and the denominator.
Boron makes up less than 0.001% of the Earth's crust by weight. It is a relatively rare element on Earth.