The rocks erode and cause sedimentary rocks, such as shale.
The river will most likely cut across the rock.
some of it gets soaked into the ground or flows through rocks and some of flows to the nearest body of water
when you think of electricity and resistance think of it as water in a river and rocks in a river. The water being the electricity and the rocks being the resistance. when water in a river flows and then come across rocks that block the water from flowing constantly, it slows down the water. therefore when electricity is flowing through a circuit with resistance, when it hits the resistors it slows the flow of electricity.
They are formed from hardened lava which comes up from the ground and hardens inside the rock, which happens of course after the other rocks have already formed.
They walked.
molden
flows into Rocks and MAKES WATERFULL NOTTT
Because when the water flows through the rocks, the rocks catch all the dirt.
during the day the rocks expand
no, the process only happens to igneous rocks
You would typically find nonfoliated rocks next to lava flows. Nonfoliated metamorphic rocks, such as hornfels, form under high temperatures and pressures without significant directional stress, which is common in areas affected by lava. In contrast, foliated rocks, like schist or gneiss, develop under directed pressure and are less likely to form directly adjacent to lava flows.
After erupting from a volcano, hot lava flows down the volcano's slopes or it may create lava flows that spread over the surrounding area. As the lava cools, it solidifies into rock formations called igneous rocks. Over time, these rocks can weather and break down to form new soil.
Usually not. Although it is possible to have pyroclastic material with a basaltic composition, most basaltic rocks are from simple lava flows.