Sentences with ALLOTROPIES
Check out our example sentences below to help you understand the context.Sentences
1
"Diamond and graphite are allotropies of carbon."
2
"Oxygen and ozone are allotropies of oxygen."
3
"The different forms of phosphorus are known as allotropies."
4
"Sulfur exists in different allotropies, including rhombic and monoclinic."
5
"The metal titanium has multiple allotropies with varying properties."
6
"Different allotropies of silicon have unique electrical properties."
7
"The periodic table includes several elements with allotropies."
8
"Iron has allotropies such as ferrite and austenite."
1
"Diamond and graphite are examples of allotropies of carbon."
2
"Sulfur has several allotropies, including rhombic and monoclinic sulfur."
3
"The allotropies of oxygen include O2 and O3, also known as ozone."
4
"Phosphorus exhibits multiple allotropies, such as white, red, and black phosphorus."
5
"Arsenic has metallic and non-metallic allotropies."
6
"Silicon has several allotropies, including amorphous and crystalline silicon."
7
"The element tin has two main allotropies: alpha and beta-tin."
8
"Boron exhibits different allotropies called amorphous boron and crystalline boron."
9
"There are multiple allotropies of sulfur, including plastic sulfur."
10
"Iron exhibits different allotropies, such as alpha and gamma iron."
11
"The allotropies of carbon have varying physical properties."
12
"The transition metal titanium has multiple allotropies."
13
"The element phosphorus shows interesting properties in its different allotropies."
14
"Different allotropies of sulfur have distinct colors."
15
"The allotropies of selenium have unique electrical properties."
16
"The allotropies of arsenic have different crystal structures."
17
"Carbon nanotubes are a fascinating example of carbon allotropies."
18
"The study of different allotropies is essential in understanding material science."
1
"The existence of allotropies allows for various physical properties of an element."
2
"Carbon exhibits several allotropies, including diamond and graphite."
3
"The study of allotropies is important in understanding the behavior of elements."
4
"Understanding the differences between various allotropies can lead to new materials with unique properties."
5
"The phenomenon of allotropies is observed in many elements across the periodic table."
6
"The discovery of new allotropies expands our knowledge of the chemical world."
7
"Scientists are continuously exploring and characterizing new allotropies."
