because the rat ate the rat and ate itself
The rate of weathering also depends on the surface area that is exposed. Mechanical weathering breaks rocks into smaller pieces. As the pieces get smaller, their surface area increases. When this happens, there is more total surface area available for chemical weathering. The result is that weathering has more of an effort on smaller particles.
Sand, silt, and clay result from the weathering of existing rock into smaller particles.
Limestone rocks are actually quite susceptible to weathering due to their composition of calcium carbonate. They can be easily eroded by rain, wind, and chemical reactions, leading to the formation of karst landscapes and caves over time.
It goes from solar to chemical, if you want a short easy way to figure this out just think what goes in and what comes out.
No training is easy, especially something which involves engineering, because that involves a good grasp of maths
Same: they can do the same thing Different: Lego = easy to break Mechanical = harder to break
Easy, chemical change.
No, it is not always easy to reverse a chemical change. Some chemical reactions are irreversible due to changes in molecular structure or the formation of new substances that cannot be converted back to the original reactants.
lol so easy all you need is the mechanical parts of the robot and the paper inside the box where the robot is put in together with instructions and you just follow the example loh see so easy lol
weathering breaks down rocks, which makes the sediment easy to be transported
Because it have a chemical that makes it easy to evaporate.
energy is always transformed...so if u mean to convert one energy into another u just have to provide the required medium. for instance... if u want to change sunlight to electrical energy u just need few solar panels, chemical to mechanical - heat (usually), mechanical to electrical - torque, magnetism, etc...