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When a solid melts its density does not change very much. so why do a liquid and solid have such different physical properties?
The physical properties are not mainly based on density. The main difference between a solid and a liquid is that in a solid, the forces between atoms or molecules are strong enough to keep them in place. As a result, the solid keeps its shape. ============================ When a solid melts its density changes a lot. The density is the amount of mass a body possesses per unit volume. In solids all the matter is compacted and crushed in a particular place more than a liquid. Its density varies a lot. And density cannot only be the sole characteristic of physical properties as explained by the former contributor.
Are there five physical layers of earth?
No, Earth's structure is typically divided into four main layers: the inner core, outer core, mantle, and crust. Each layer is characterized by different physical and chemical properties, with the inner core being solid, the outer core being liquid, the mantle being solid but capable of flowing, and the crust being solid and relatively thin compared to the other layers.
Is ammonia metal hydride?
No. Ammonia is the main hydride of nitrogen, which is a nonmetal.
What is the main idea in the periodic law?
The main idea of the periodic law is that the properties of elements repeat in a periodic manner when arranged by increasing atomic number. This periodicity helps predict the physical and chemical properties of elements based on their position in the periodic table.
what are the main properties of parallels and meridians?
Ware the main properties of parallels and meridians
When a solid melts its density does not change very much. So why do a liquid and a solid have such a different physical properties?
The physical properties are not mainly based on density. The main difference between a solid and a liquid is that in a solid, the forces between atoms or molecules are strong enough to keep them in place. As a result, the solid keeps its shape. ============================ When a solid melts its density changes a lot. The density is the amount of mass a body possesses per unit volume. In solids all the matter is compacted and crushed in a particular place more than a liquid. Its density varies a lot. And density cannot only be the sole characteristic of physical properties as explained by the former contributor.
When a solid melts its density does not change very much. so why do a liquid and solid have such different physical properties?
The physical properties are not mainly based on density. The main difference between a solid and a liquid is that in a solid, the forces between atoms or molecules are strong enough to keep them in place. As a result, the solid keeps its shape. ============================ When a solid melts its density changes a lot. The density is the amount of mass a body possesses per unit volume. In solids all the matter is compacted and crushed in a particular place more than a liquid. Its density varies a lot. And density cannot only be the sole characteristic of physical properties as explained by the former contributor.
When a solid melts its density does not change very much so why do a liquid and a solid have such different physical properties?
The physical properties are not mainly based on density. The main difference between a solid and a liquid is that in a solid, the forces between atoms or molecules are strong enough to keep them in place. As a result, the solid keeps its shape. ============================ When a solid melts its density changes a lot. The density is the amount of mass a body possesses per unit volume. In solids all the matter is compacted and crushed in a particular place more than a liquid. Its density varies a lot. And density cannot only be the sole characteristic of physical properties as explained by the former contributor.
When a solid melts its density does not change very much so why do a liquid and solid have such different physical properties?
The physical properties are not mainly based on density. The main difference between a solid and a liquid is that in a solid, the forces between atoms or molecules are strong enough to keep them in place. As a result, the solid keeps its shape. ============================ When a solid melts its density changes a lot. The density is the amount of mass a body possesses per unit volume. In solids all the matter is compacted and crushed in a particular place more than a liquid. Its density varies a lot. And density cannot only be the sole characteristic of physical properties as explained by the former contributor.
What is the physical properties of materials?
there are 4 main types of physical properties 1. Appearance 2. luster 3.Density 4.colour
What is a physical properties of a material?
there are 4 main types of physical properties 1. Appearance 2. luster 3.Density 4.colour
When a solid melts its density does not change very much. So why do a liquid and a solid have such different physical properties?
The physical properties are not mainly based on density. The main difference between a solid and a liquid is that in a solid, the forces between atoms or molecules are strong enough to keep them in place. As a result, the solid keeps its shape. ============================ When a solid melts its density changes a lot. The density is the amount of mass a body possesses per unit volume. In solids all the matter is compacted and crushed in a particular place more than a liquid. Its density varies a lot. And density cannot only be the sole characteristic of physical properties as explained by the former contributor.
Are there five physical layers of earth?
No, Earth's structure is typically divided into four main layers: the inner core, outer core, mantle, and crust. Each layer is characterized by different physical and chemical properties, with the inner core being solid, the outer core being liquid, the mantle being solid but capable of flowing, and the crust being solid and relatively thin compared to the other layers.
What is a state of mater?
A state of matter refers to the distinct forms in which matter can exist, characterized by its physical properties. The main states of matter are solid, liquid, gas, and plasma. Each state has its own unique characteristics based on the arrangement and movement of its particles.
Physical properties of a element?
Physical properties of an element include its appearance, state at room temperature (solid, liquid, gas), density, melting and boiling points, and conductivity (thermal and electrical). These properties are determined by the arrangement and interactions of atoms in the element.
What kind of lab tool do you use for the time?
What is the MAIN THREE categories of physical properties of metals
Why is bromine a nonmetal?
Bromine is a nonmetal because it lacks the properties of a metal, such as high electrical conductivity and malleability. It is instead a halogen in group 17 of the periodic table, sharing characteristics like low melting point and high reactivity with other nonmetals.
