Chalk would weather fastest, followed by limestone.
A climate with wide temperature fluctuations, such as in deserts, would result in faster mechanical weathering. The extreme temperatures cause rocks to expand and contract quickly, leading to the breaking down of rock particles.
A fire north of the equator would burn faster if there is dry and windy weather conditions that provide ample oxygen and fuel for the fire to spread quickly. Additionally, if the fire is fueled by flammable vegetation or materials, it can also contribute to a faster burn rate.
Low-altitude clouds, such as stratus, cumulus, and stratocumulus, are composed of water droplets. These clouds form at altitudes below 6,500 feet and are typically associated with fair weather or light precipitation.
the weather would be calm and nice
so if there's dangerous weather you would be prepared for it or so you would know what to were
Olivine would weather faster than quartz because it is less stable chemically and more prone to reactions with water and acids from the environment. Quartz, being a more resistant mineral, is more durable and less susceptible to weathering processes.
They would weather slower than on earth due to different amts of wind and rain than on earth.
Faster runners Hill Traffic Bad Weather
there would be more days in a yearThe days would be more faster. I'm pretty sure the weather would be pretty bad.
A climate with wide temperature fluctuations, such as in deserts, would result in faster mechanical weathering. The extreme temperatures cause rocks to expand and contract quickly, leading to the breaking down of rock particles.
mostly hot weather but it depends on the climate. For vory it would need to be wet.
The main reasons an athletic track would be "faster" than others are the age of the court, quality of installation, and weather conditions. Altitude, surface used, age of surface, prevailing wind and weather conditions, and many other factors.
A fine-grained igneous rock would likely weather faster than a coarse-grained igneous rock. This is because the smaller grains in a fine-grained rock provide more surface area for weathering processes to act upon, leading to quicker breakdown and erosion.
Clothes will likely dry faster on a warm still day, even if it's overcast. Wind can help clothes dry faster, but the warmth will accelerate the evaporation process more effectively than just wind alone.
An uneven broken surface would generally weather faster than a smooth even surface due to increased surface area and exposure to environmental factors. The irregularities in the broken surface provide more opportunities for weathering processes, such as erosion and chemical breakdown, to occur compared to a smooth surface.
A sculpted marble statue would weather faster than a smooth marble column as it has more intricate details and surface area that are susceptible to erosion from environmental elements such as wind, rain, and pollutants. The nooks and crannies in a statue provide more opportunities for dirt and moisture to accumulate, leading to faster deterioration over time.
If Earth rotated faster, days would be shorter because the planet would complete a full rotation in less time. This would result in shorter daylight hours and potentially disrupt ecosystems, weather patterns, and daily routines.