Question 4(Multiple Choice Worth 5 points) (MC)

New Technology Leads to Bigger Cities

In the 1800s, the United States was still a very young nation, trying to solidify its identity. The Industrial Revolution began in Great Britain, a fast development of society following the introduction of machines. The United States was slower than Great Britain to fully embrace the changes. Yet key technological developments caused a rapid growth in American urban areas.

Better farming methods and tools in the 1800s increased food production. Americans were able to grow enough food for their families as well as to sell. The abundance caused food prices to fall.

The expansion of cotton and the growth of textile factories in northern states helped produce the first wave of American industry. More people turned to work in northern factories as a way to support their families. Thousands of immigrants to the United States also settled in or near port cities, looking for work. Even today, the need for work is a common reason people move to urban areas.

As a result, cities grew in numbers of people and physical space. As more people and businesses moved in, they needed buildings for living and working. They needed ways to move around the city. We call this process urbanization.

In 1820, the United States had only a few cities of 10,000 residents or more. About seven percent of U. S. residents lived in urban areas. The number of cities with more than 10,000 people grew quickly over the next 40 years, especially in the Northeast and Midwest. By 1860, about 20 percent lived in cities. Philadelphia and New York City were the most populated cities in 1860 and would soon reach one million residents.

The urbanization of the United States quickened due to technology improvements. Without innovations in food production, the factories could not have grown so quickly. The trend quickened after 1860 and continued throughout the 21st century as well. By 2007, more Americans lived in or near cities than they did in rural areas.

Which sentence from the introduction paragraph serves as the author's thesis?

In the 1800s, the United States was still a very young nation, trying to solidify its identity.
The Industrial Revolution began in Britain, a fast development of society following the introduction of machines.
The United States was slower than Britain to fully embrace the changes.
Yet key technological developments caused a rapid growth in American urban areas.

the mood is annoyed. they wish sandy was there do to the job right and since they dont like they way it came out now they are annoyed.

i'm pretty sure i had this question the other day and b was the right answer.

concepts for wave energy have existed since the 1800s, anyway current wave technology started during the 1940s with the tests of researcher yoshio masuda. financing into wave energy technology has as of late expanded because of the requirement for renewable energy sources. the principal wave power plant on the planet opened in 2008 at the agucadoura wave homestead in portugal. tidal power to turn water haggles grains was utilized as far back as roman occasions and the medieval times. using tidal power for power is genuinely later, however the expenses have been too high to even consider making it a noteworthy energy source. ongoing mechanical advances have demonstrated that it could turn into a focused and feasible source. it is obscure precisely how exorbitant the venture would be; in any case, it is evaluated at around $16 billion. it is anticipated that the undertaking will take 9 years to assemble. hydroelectric energy would be accommodated the uk, and this is perfect and maintainable. there would likewise be wind generators on the blast, which would give progressively renewable energy to the uk. this would imply that less fossil fuels will be utilized, thusly lessening co2 discharges and diminishing the effect of global warming. it would assist the uk with meeting the kyoto convention co2 emanation focus by diminishing the (by 2020). be that as it may, there are an assortment of animal groups in the severn estuary where the blast will be fabricated, and their natural surroundings will be pulverized if the prepares. "the entire of the severn estuary is home to nearly 65,000 different types of water and swimming feathered creatures. it is a site of logical intrigue" said martin splash. the severn estuary is significant for the transient fish that go through the estuary on their approach to crisp water generating locales. the between tidal area gives nourishment to more than 85,00 water winged creatures, and speaks to 7% of the all out uk's estuaries-and this area would be upset by the structure of the torrent. the torrent would probably cause seaside disintegration in areas, for example, level holm-and this would diminish living spaces. additionally, individuals state that the torrent would be a blemish, and ruin the nearby scene because of the enormous measure of cement and the breeze turbines on the top.the area is useful for structure the power plant in light of the fact that during spring tides, the tide plentifulness can achieve 11 meters (36 feet). likewise, the gulf is a limited 15 kilometers (9 miles) crosswise over at the area proposed, and the site could lessen coal discharges in the area by 3 percent by supplanting fossil fuel power. tidal power plants should be worked in areas that reason directing of tidal water. the thin opening to a cove, for instance, will constrain the tidal waters to rise and fall quickly. this will make the waters stream through at an extraordinary speed. a fitting area should likewise have an enormous change among elevated and low tides. at the very least, there ought to be a distinction of 5 meters. a tidal power plant worked in such an area will be exceptionally productive at creating power. utilizing tide for power is productive in light of the fact that a great deal of electrical power is created. tidal power plants are equipped for changing over the development of water into usable power. tides give a standout amongst the most steady wellsprings of energy. review that tides are brought about by the gravitational powers of the sun and the moon. in contrast to fossil or atomic fuels, tidal power utilizes a boundless wellspring of energy as its info. it tends to be over the top expensive to fabricate the tidal power plant structure at first. in any case, when the underlying structure is fabricated the fuel is consistent and unsurprising. presently, here are some intriguing realities about tidal power plants. tidal turbines are more costly to construct and keep up than wind turbines, yet produce more energy. they additionally produce energy all the more reliably as the tide is ceaseless while the breeze doesn't generally blow. wave and tidal energy converters are situated close to the coastline. it is simpler to introduce, keep up, catch the energy, and recover the energy when they are found near the coast. the us has no tidal power plants. at long last, there are two existing enormous tidal floods on the planet today. one is in france and the other in canada.

sincerely,

buckster buckswood