Answer:
Step-by-step explanation:
1. First sister, Hallie -- she'll notice hotter temperatures year-round due to more absorbed radiation from the Sun.
California is a state in the USA where the climate type is usually Mediterranean, which means winters are sometimes rainy and summers are pretty dry. Thanks to the sea, in some coastal regions, the water is very warm and due to that fact, winters are not very cold and summers are cooler than usual.
2. Kendra, sister number two -- She'll experience cooler overall temperatures, both day and night.
When it comes to the climate of the Appalachian mountain, it's pretty high and it cause summers to be not so warm. In winter, everything is frosted and when it comes to the temperature it's all year long between 50F and 64F degree. This please is pretty cold being compared to other places that are on the sea.
3. Millicent, sister number three -- She will see more snowfall due to elevated levels of moisture in the air during winter.
When it comes to Great Lakes, the main climate type is continental.
When it's a warm period of the year, the air is dry but during winter, the air gets more moist and as a result we get cold winters and heavy snow-falling. During winter, the nights are long and the days are cold. In the summer, nights are shorter and the days are warmer.
4. Lisa, sister number four -- She should prepare for hotter overall temperatures, both day and night.
Florida has humid subtropical type of climate. During whole year, Florida has high temperatures, both at night and during the day, which is caused by the warm ocean and the currents that bring warm and wet air.
5. Tatum, sister number five -- She should anticipate less frequent and lighter rain and snow showers.
Where she lives, on the leeward side of the mountains, it's the opposite side from where the wet air travels. The is same for the rain falling -- it occurs on the windward. As a result, leeward gets dry winds and not so much rain and snow, almost none. The air on the leeward side is even more dry compared to the windward side, because the air that's been saturated is no longer moist due to windward side.