When minerals break, they can either have fracture of cleavage. Fracture is what you're looking for, and like you said, it's what happens when the mineral breaks and leaves uneven surfaces. A good example of a fractured mineral is quartz. Cleavage, on the other hand, occurs when minerals break along weak atomic bonding planes. Cleavage creates your flatter, more geometric surfaces. Look at mica. It creates what look like sheets of paper due to it's excellent cleavage.
"Uneven cleavage"
A mineral with fracture has uneven side when split into half.
That is referred to as fracturing.
If a mineral doesn't have cleavage, it is said to have fracture. Fracture refers to the way a mineral breaks along irregular, non-flat surfaces. This can include minerals breaking into uneven, jagged pieces or splintering in a more random pattern.
That property is called cleavage or fracture, depending on how the mineral breaks.
When a mineral breaks into jagged pieces, it is called a "fracture." This occurs when the mineral does not break along cleavage planes, resulting in rough and irregular surfaces. Fracture types include conchoidal (shell-like), fibrous, splintery, and uneven.
Fracture
There are four main types of fractures in minerals: conchoidal, uneven, splintery, and fibrous. These fractures can affect the overall structure and properties of the mineral by influencing its strength, cleavage, and appearance. Conchoidal fractures result in smooth, curved surfaces, uneven fractures create rough surfaces, splintery fractures produce sharp, splintered edges, and fibrous fractures form long, thin fibers. These different types of fractures can impact the mineral's durability, transparency, and ability to break along certain planes.
Fracture
It wil break & produce fragments of d same shape as d parent material bcos it broke on a flat surface
Fracture.
Fracture