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The Warner High School freshmen class will give their opinion of topics covered in class.
Chemistry of Earth
21 comments:
An alltrope are different forms of the same element, have different molecular structure. Silicon is a great example because it has two allotropes.
Allotropes are different forms of the same element, and have different molecular structures. An allotrope of silicon is a grey, hard substance. Another is brown powder.
Allotropes are different forms of the same elements. They have different molecular structures. Silicon is found in rocks and sand. It has two allotropes. "One is hard and gray and one is a brown powder.
They are different forms of the element, i forgot which element has two allotropes but i know they have the same atomic structure just a different form.
allotropes are different forms of the same elements, have different olecular structures. one allotrope od silicon is a hard, gray substance, and the other is a brown powder.
it is an element with more than one natural form. silicon is an good example because it has two allotropes.
Alltropes are different forms of the same element, they have different molecular structures. Silicon is a good example, it has 2.
are different forms of the same elements, have different molecular structures. Silicon because it is part of the earth, soil, rocks.
They are different forms of the same element. They have different molecular structures.One example is fullerene.
An alletrope is a different form of the same elment. they have different molecular structures than the others. a allotrope of carbon is diamond graphit buckminsterfullerene
Allotropes are two or more forms of the same element in the same physical state (solid, liquid, or gas) that differ from each other in their physical, and sometimes chemical, properties.
An allotrope is different forms of the same element having different molecular structures. A great example would be silicon because it has 2 allotropes.
They are different forms of the same element, that have the different molecular structure.
Allotrope is different forms of the same element and have a different structure to it. Also it has two allotropes.
Allotropes are the different forms of the same element. An example of it could be like silcon because we use it a lot and it is one of the most abundant in the earth's crust. People really use it alot and they left it for awhile then went back to using it. Allitropes have many types of different structures from molecels
An allotrope is different forms of the same element. One is silicon. One form is a hard grey substance and the other is a brown powder. Allotrope of carbon is diamonds and another is graphite. We use graphite EVERYDAY in pencils. Some others of carbon is Nanotubes and buckminsterfullerence.
An alltrope are diffents fomrs of a element that are the same andhave a different molecular structure
An allotrope is a different form of a certain element. It still is the same element, but it has a different structure. Carbon had many allotropes. Some examples are diamonds, or graphite.
a altrope is different forms of the same element but they have diffent molecular sturcture.
hmmmmmmm welllllllll.......... Allotrope are the different forms of the same element.... they probably have different molecular structure. And there is an example like silicon and thats because it has two allotropes.
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