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Forms of the same elements that have different bonding arrangements and properties are called?
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∙ 13y ago
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∙ 13y ago
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Could a compound have the same properties as its component elements?
Compounds are made of bonding few elements. They could not have same properties as its component elements. They could have completely different properties.
Why do elements in the same period have property's that are different from one another?
They have different numbers of valance electrons...
Why do elements in the same family share similar bonding properties?
Because the members of a group have the same number of valence electrons.
What element is most like magnesium in its chemical bonding properties?
Calcium is most like magnesium in its chemical bonding properties, with beryllium close behind. These are the elements respectively below and above magnesium in column 2 of a wide form periodic table.
How can so many substances in the world be made of so few elements?
The properties of a subtance depend not only on the atoms/elements it contains, but also the bonding patterns between them. In some cases, ie hydrogen peroxide and water, different bonds exist in one material which gives it different properties, such as the oxygen-oxygen peroxide bond. In other materials such as diamond and graphite, the same atoms are bonded together (in this example, carbon), but the crystal structure is different, thereby conveying vastly different properties to substances that seem similar. Thus, due to different atoms bonding and changes in crystal structure, many compounds can be formed from only a few elements.
Could a compound have the same properties as its component elements?
Compounds are made of bonding few elements. They could not have same properties as its component elements. They could have completely different properties.
What is it called when different elements join to form a substance?
When different elements join to form a substance, it is called a chemical reaction or a chemical bonding process. During this process, atoms of different elements combine and rearrange to create a new substance with different properties. This can occur through various types of bonding such as ionic bonding, covalent bonding, or metallic bonding.
Why elements in the same family of periodic table have similar bonding properties?
Due to valency electron in the orbital in different element shows different bonding property.
Does the type of bonding effect the physical properties of a compound?
yes, because compounds can be combined in different ways, (i.e. heat), certain elements or compounds react to different types of bonding.
When two or more elements bond together in the different properties a form in?
Atomic is when two or more elements bond together. This is called atomic bonding.
Type of reaction involving elements bonding into new substance with new properties?
Chemical
Why do elements in the same period have property's that are different from one another?
They have different numbers of valance electrons...
What is unique about the pnictogen elements?
Pnictogen are the chemicals in group 15. What is unique about pnictogen elements is that it is made of covalent compounds and have unusual bonding properties.
Why do the properties of elements change when they are mixed in compounds?
The act of bonding repositions the electrons, which changes the base properties of the united molecule. It is for this reason, for example, that oxygen O2 has different properties than ozone O3 even though both compounds only have the element of oxygen.
What comment can you make about the elements on the periodic table that are found directly underneath anthor element?
These elements have the same number of bonding electrons. They also have similar properties.
Why do elements in the same family share similar bonding properties?
Because the members of a group have the same number of valence electrons.
What element is most like magnesium in its chemical bonding properties?
Calcium is most like magnesium in its chemical bonding properties, with beryllium close behind. These are the elements respectively below and above magnesium in column 2 of a wide form periodic table.
