I think it would be more humid not much would happen i guess.
Climate
The term used to describe this type of climate is "continental climate". It is characterized by large seasonal temperature variations due to the lack of nearby water bodies to moderate temperatures.
The term you're looking for is "continental climate." This type of climate is characterized by large temperature variations between summer and winter, due to the lack of nearby water bodies to regulate temperature.
No. Condensed milk has a large quantity of sugar in it, evaporated milk does not.
Cities such as Phoenix, get water either from a nearby river or from underground aquifers.
Glaciers are large masses of COLD. When they get smaller, the micro-climate nearby warms up, further speeding up more melting, which leads to slightly more warming, and so on.
instead of working on science try your english. btw tornado
This type of climate is typically referred to as a continental climate. It is characterized by large temperature variations between seasons due to the absence of a nearby body of water to moderate temperature. Continental climates often experience cold winters and hot summers.
Large bodies of water can moderate the climate of nearby land by absorbing and releasing heat more slowly than land. This can lead to cooler summers and milder winters compared to areas further inland. Water bodies can also influence precipitation patterns by contributing moisture to the air, leading to increased rainfall in coastal regions.
Evaporated milk can be purchased in most large, medium or even small supermarkets. It can also be found in convenience stores or the food section of departmental stores.
A few ways: 1. Water conserves heat 2. The Ocean circulates large masses of water with heat (see #1) or acording to my sciece book as the ocean is warmed by the sun water is evaporated into the atmosphere.
warmer in the winter and cooler in the summer due to the water's high heat capacity. It can also enhance precipitation in nearby areas by providing moisture for weather systems. Additionally, large bodies of water can moderate extreme weather events by stabilizing temperatures.