This greatly shows that out of the three rock samples being tested against limestone that granite will most likely show less weathering through the duration of the experiment.
Which of weathering faster granite or limestone.
Limestone areas are predominantly affected by chemical weathering when rainwater which contains a weak carbonic acid reacts with limestone.
Under some weathering conditions such as a soil cover over a limestone the limestone will probably weather faster.
A gravestone made of granite will therefore resist fracturing cracking and chipping longer than a sandstone marker found in the same location.
Since granite is an igneous rock this makes it highly resistant to weathering.
Though some rocks look identical they have certain characteristics which distinguish them from others.
Therefore granite will weather more.
The proc ess is beginning to take place on the top surface of this granite headstone where a black weathering layer is de veloping.
This causes the limestone to dissolve.
Characteristics of rocks include texture appearance color fracture streak hardness etc.
Carbon dioxide from the respiration of animals and ourselves is one cause of increased carbon dioxide in the atmosphere.
Feldspar crystals are white and will break down faster than the quartz crystals which are greyer.
The crystals in the granite are being decomposed by hy drolysis.
If a diluted acid with a ph of four is used to weather limestone over a two week period then it will weather chemically faster than granite and shale because of its chemical composition.
Weathering is the breakdown of rock by physical chemical or biological processes.
Granite vs limestone characteristics.
Granite vs limestone characteristics assist us to distinguish and recognize rocks.
Mechanical weathering is when rocks break down into smaller pieces usually caused by change in temperature or natural forces such as tree roots that grow around rocks.
Which type of weathering happens to limestone faster than to other rocks.
Oxidation is shown on the edge of the surface.