How does chemical weathering affect statues and buildings made of rock?
Chemical weathering has no impact on statues and buildings.
Chemical weathering enhances the durability of statues and buildings.
Chemical weathering causes the rocks that statues and buildings are made of to crumble and fall apart.
Chemical weathering makes statues and buildings stronger over time.
Chemical weathering causes the rocks that statues and buildings are made of to crumble and fall apart.
Which makes precipitation and runoff possible?
gravity
radiant energy
vapor
groundwater
precipitation
explain
Precipitation is the process by which water vapor in the atmosphere condenses into liquid or solid form and falls to the Earth's surface. It includes rain, snow, sleet, and hail. Precipitation is made possible by several factors, but one of the main factors is gravity. Gravity pulls the condensed water droplets or ice crystals down from the clouds and brings them to the surface.
When the atmosphere becomes saturated with water vapor, or when the temperature drops below the dew point, the water vapor condenses into tiny water droplets or ice crystals. These tiny droplets or crystals then coalesce to form larger droplets or ice particles, which become heavy enough to fall under the influence of gravity.
Once the precipitation reaches the Earth's surface, it can either be absorbed into the ground or run off into streams, rivers, and eventually into the oceans. Runoff occurs when the precipitation exceeds the rate at which it can be absorbed by the ground. It flows over the surface and follows the natural contours of the land, guided by gravity, until it reaches bodies of water or collects in low-lying areas.
So, precipitation is made possible by the force of gravity, which pulls the condensed water or ice from the atmosphere to the Earth's surface, enabling the occurrence of rainfall, snowfall, and other forms of precipitation.
choose these answer choices only
gravity
radiant energy
vapor
groundwater
Gravity.
why?>
Gravity is the primary factor that enables precipitation and runoff.
When water vapor in the atmosphere condenses and forms clouds, the water droplets or ice crystals are held suspended in the air due to the upward force of air currents. However, gravity counteracts this upward force and pulls the condensed droplets or crystals back down towards the Earth's surface.
As the droplets or crystals grow in size, they become too heavy to be supported by the upward air currents. Gravity then pulls them downward, causing precipitation to occur. This can happen in the form of rain, snow, sleet, or hail, depending on the atmospheric conditions.
Moreover, after precipitation falls to the Earth's surface, gravity continues to play a crucial role in the process of runoff. Gravity causes the water to flow downhill, following the natural topography of the land, eventually collecting in streams, rivers, lakes, and oceans.
In summary, gravity is responsible for both the downward fall of precipitation from the atmosphere and the movement of water as runoff on the Earth's surface.