Which explains what happens to a warm air mass at a cold front? A. A warm air mass overtakes a cold one, and the warm air rapidl
y rises and cools. The water in the air condenses to form clouds, heavy rain, and thunderstorms. B. A warm air mass overtakes a cold one, and the warm air gradually rises and cools. The water in the air condenses to form clouds and gentle rain. C. A cold air mass overtakes a warm one, and the cold air rapidly pushes the warm air up. The rapidly rising warm air cools, and the water in the air condenses to form clouds, heavy rain, and thunderstorms. D. A cold air mass overtakes a warm one, and the cold air gradually pushes the warm air up. The gradually rising warm air cools, and the water in the air condenses to form clouds and gentle rain.
<span>The answer for your question is B.A warm air mass overtakes a cold one, and the warm air gradually rises and cools. The water in the air condenses to form clouds and gentle rain.</span>
When a household installs a dual flush toilet, the water is mainly conserved by limiting its consumption and thus eliminates the unnecessary loss of water. #2 is the answer
Explanation:
A dual flush toilet is similar to a standard toilet but includes some water conserving features.
The one that is correct for the effect of linkage on recombination is : C. It reduces the percentage of recombination In linkage on recombination it only use part of the Recombination that doesn't exist on the parent. Doesn't necessarily have to be 50 %
Nucleic acids refer to DNA and RNA. In eukaryotic cells, the majority of DNA is found in the nucleus, with a small amount of mitochondrial DNA in the mitochondria.
