Answer: John Quincy Adams was such a popular president that Andrew Jackson lost despite running a strong campaign.
Explanation: The 1828 United States presidential election was the 11th quadrennial presidential election. It was held from Friday, October 31 to Tuesday, December 2, 1828. It featured a re-match of the 1824 election, as President John Quincy Adams of the National Republican Party faced Andrew Jackson of the Democratic Party. Both parties were new organizations, and this was the first presidential election their nominees contested. Jackson's victory over Adams marked the start of Democratic dominance in federal politics. With the collapse of the Federalist Party, four members of the Democratic-Republican Party, including Jackson and Adams, had sought the presidency in the 1824 election. Jackson had won a plurality (but not majority) of both the electoral vote and popular vote in the 1824 election
Well, the definition of society is "A society is a group of people involved in persistent social interaction, or a large social grouping sharing the same geographical or social territory, typically subject to the same political authority and dominant cultural expectations." Given this information, I would say yes! True!
I believe the answers are:
- Biofuel.
Florida is a major producer of biofuel energy by using a plant called sweet Sorghum, a crop that's not even used for human's cosumption.
- Solar
The climate in florida is perfect for building solar panel. But the state of florida does not have strong enough wind current to be a major wind energy producer.
The answer is B for this question
It depends on where you are in the world in relation to the latitudes and also it depends on the type of ocean current that is off the coast. However, regardless of latitude and currents, the ocean acts as a large heat sink moderating the temperatures of coastal areas from the extremes that can be found in inland areas. The ocean changes temperatures much more slowly than the do landmasses, and as such, influences the overall temperatures, slowing the rate of change. This property of water is evident when contrasting the amount of energy required to heat water vs. air. In the kitchen, the energy expended to heat the amount of air in the oven to 200 degrees is significantly less than the <span>energy required to boil a similar mass of water.</span>
