Strontium is generally considered to be a brittle metal. While it can be worked and shaped to some extent, it is more prone to fracture compared to softer metals. Its brittleness increases with temperature changes, making it less ductile than other alkaline earth metals.
Strontium is not malleable in its pure form. It is a brittle metal that is difficult to shape or deform without breaking.
It is the Earth's crust.
Hard, but easily breakable - dry and brittle.
The lithosphere, which consists of the crust and uppermost mantle, is considered hard and brittle, unlike the asthenosphere, where rock is considered ductile.
No, radium is a hard and brittle metal that cannot be bent easily.
Strontium is not malleable in its pure form. It is a brittle metal that is difficult to shape or deform without breaking.
hard and brittle so YES
hard and brittle so YES
hard
brittle
They get hard and brittle when they dry out.
Hardness is the question of how difficult it is to make an impression on a substance. Brittleness is the question of how easy it is to break. Granite is a stone which is very hard but not brittle--it is hard to carve and also hard to break. A plank of wood is not as hard as stone but is not very brittle. You can carve on it with a knife but it won't shatter if you drop it. Glass is hard and brittle. Chalk is not hard but it is brittle.
To be brittle is to be hard and breakable. An example sentence would be: The older she got, the more brittle her bones seemed to be.
While carbon can be very hard, it is not necessarily brittle. The properties of carbon can vary depending on its structure and form. For example, diamond is a form of carbon that is both extremely hard and strong, while graphite is another form of carbon that is soft and brittle.
The answer to that question is hard and unbreakable.
Neither, it is brittle.
Chrome