No.
Chemical composition is "What is this substance made of".
Chemical Properties are "How does this substance react when I do XYZ to it".
Examples of Composition are Cl_2, HBr, CH_4, C_2H_6
Examples of Properties are Boiling Point, Melting Point, Electronegativity, Reactivity, Valence Electrons.
When two molecules have different configurations but the same atomic composition the two molecules cannot be said to have the same physio-chemical properties. In fact, a simple rearrangement, even with identical chemical formulas, can drastically change the properties of a substance.
No, it will not. Broken glass is still (the same) glass.
The differences in chemical properties are not significant (excepting protium and deuterium); the physical properties are different.
yes because the atoms in the specific element have the same properties as that element. :D
A sample of matter is considered homogeneous if its composition and properties are uniform throughout. This means that the sample has the same characteristics, such as color, density, and chemical composition, in all its parts. This uniformity allows for consistent behavior and properties within the sample.
When two molecules have different configurations but the same atomic composition the two molecules cannot be said to have the same physio-chemical properties. In fact, a simple rearrangement, even with identical chemical formulas, can drastically change the properties of a substance.
No, it will not. Broken glass is still (the same) glass.
In a physical change, the chemical composition of the substance remains the same, but some physical properties like shape, size, or state may change. This means that the substance can be reversed back to its original state without undergoing a chemical reaction.
No. After breaking the mirror, the chemical properties of the remaining pieces are the same as the intact mirror. This is a physical change, not a chemical change.
The chemical composition of the matter will stay the same during a physical change. Only the physical properties, such as shape, size, or phase, will be altered without affecting the chemical composition of the substance.
When you change the composition of a mixture, you are altering the relative amounts of the substances mixed together, while their chemical properties remain the same. In contrast, changing the composition of a compound involves altering the elements that make up the compound, leading to the formation of a new substance with different chemical properties.
Two different minerals can have the same chemical composition if they have different crystal structures. The way atoms are arranged and bonded in a mineral's crystal lattice can determine its unique physical properties, even if the chemical elements present are the same. This phenomenon is known as polymorphism.
No, water is a uniform substance because it has the same chemical composition and properties throughout when in its liquid form.
The chemical composition or properties of the substance remain constant regardless of the quantity present.
No. Atoms of the same element have the same chemical properties.
Bacteria plants extract copper by absorbing its chemical properties. The same goes along with fungi but they absorb the copper and use that as a reproduction synthetic. Bacteria plants can also repel the copper if the chemical properties to them is not suffice or sufficient. First, bacteria will explore the copper and its chemical properties and search for the right chemical composition to support the plant. Then, once the pathogen/virus finds the right chemical composition, they absorb the chemical composition in the copper and return to the plant. Finally, they repel the composition from their bodies into the plant which makes it suffice to create glucose.
The differences in chemical properties are not significant (excepting protium and deuterium); the physical properties are different.