Rain, wind, wind-driven material, sun, water, animal traffic, plant growth ______________________________________________________________________ sand.
sulfuric acid
It is a physical change: ice and water are the same compound (H2O) except that in ice (any of several solid crystal forms), the molecules are locked into a lattice by the removal of their kinetic energy. Adding enough energy will return the water to a liquid phase.
its lattitude
The temperatures at the equator tend to be warm to hot (except where there are mountains); the temperatures at the poles tend to be below freezing.
Sedimentary rocks are formed by the weathering, erosion and then deposition of the resultant clasts. Weathering and erosion do not occur on the moon (except to a limited extent due to the impact of meteorites but this material is not compacted so is a dust rather than a rock) so sedimentary rocks can't form.
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.
Agents for erosion and transporting sediments include gravity, wind, water (including currents), or ice. Sunlight and heating do not directly cause erosion, except through freezing and thawing (the opposite of heating).
sulfuric acid
It is a physical change: ice and water are the same compound (H2O) except that in ice (any of several solid crystal forms), the molecules are locked into a lattice by the removal of their kinetic energy. Adding enough energy will return the water to a liquid phase.
Safeguard will prevent freezing, along with other status effects (except ones inflicted by a held item).
color
Rocks do not freeze and thaw, except in that magma can form or set. Freeze and thaw refer to the water which gets trapped in rock crevices. Water expands when it freezes and puts stress on the surrounding rock. As this happens over and over, the cracks in the rock get bigger and eventually pieces of rock can break off.
32. (freezing point of water)
The "freezing point" of any particular pure chemical substance is the same everywhere, in the desert as much as anywhere else, except for a slight effect of prevailing pressure!
The freezing point is the temperature range at which it changes from the solid phase to a liquid (also called the melting point). For all metals except Mercury, the freezing point is below room temperature. This means that they are solid at room temperature, except mercury, which is a liquid.
reacts with sunlight
Philosophy seeks to understand fundamental questions about existence, knowledge, ethics, and reality through critical reasoning and logical analysis. Science, on the other hand, is focused on empirical investigation and experimentation to explain the natural world and its phenomena based on evidence and theories. While both disciplines share a commitment to seeking knowledge and understanding, they differ in their methods and goals.