Both types of weathering cause rocks and other solid materials to break apart/break down. Both types of weathering are the start of erosion processes.
they both break down stuff into fragments.p.s : this is the right answer.
It would be easier to say how they are different. Both physical and chemical weathering can cause pitting, erosion of material and degradation of optical properties, making glass surfaces less reflective or transmissive.
Chemical and biological weathering are different because: a) biological weathering - this means that if a seed of a plant gets coincidentally deposited in a crack in a rock, if it is humid enough, the see will grow. it's roots will spread out and eventually break the rock. b) chemical weathering - this means that chemicals in rain/acid rain weathers away the rock.
Except noble gases the groups of elements in periodic table have the similar chemical properties but not the physical.
The rate would increase, assuming similar rate of precipitation.
Elements in the same group have similar physical and chemical properties.
It would be easier to say how they are different. Both physical and chemical weathering can cause pitting, erosion of material and degradation of optical properties, making glass surfaces less reflective or transmissive.
It's called chemical weathering/chemical change. Similar to the physical change of matter, except the chemical composition changes causing it to become something completely different. For example: iron turns to rust, silver tarnishes and copper turns green.
Chemical and biological weathering are different because: a) biological weathering - this means that if a seed of a plant gets coincidentally deposited in a crack in a rock, if it is humid enough, the see will grow. it's roots will spread out and eventually break the rock. b) chemical weathering - this means that chemicals in rain/acid rain weathers away the rock.
These elements have similar chemical and physical properties.
yes
Except noble gases the groups of elements in periodic table have the similar chemical properties but not the physical.
uplift-weathering hypothesis is a “proposal that chemical weathering is an active driver of climate change, rather than just a negative feedback that moderates climate". uplift-weathering hypothesis both discuss how chemical weathering is a negative feedback that moderates climate; however, the uplift hypothesis tries to say that chemical weathering is the active driver for climate change and not just a negative feedback
they are similar because they both change into something
The rate would increase, assuming similar rate of precipitation.
Elements in the same group have similar physical and chemical properties.
elements in the same group
The chemical properties of calcium are most similar to (in between) the chemical properties of magnesium and strontium.