Answer: b. an increase in machine-made goods beginning in England during the 1700s
Explanation: The Industrial Revolution marked an increase in machine-made goods beginning in England during the 1700s. The Industrial Revolution is the major technological, socioeconomic, and cultural change in the late 18th and early 19th century that resulted in the replacement of an economy based on manual labor to one dominated by industry and machine manufacture.
Answer: Three industries that boomed during the industrial revolution, were the steel industry, the textile industry, and the railroad.
During the Industrial revolution, the United States of America looked to Europe's advancements in technology, borrowed many of their ideas, and tinkered with them to improve them and make them suitable for the various terrains of America.
The steel industry led the American economy, and made it the biggest in the world. The steel industry also led to technological advancements such as railroads, machines and factories.
The textile industry changed/improved how goods were produced and boosted raw material imports. The textile industry also produced cotton, wool, and other types of fabrics. They also brought jobs to the areas where they were built which significantly helped the economy and society to grow.
The railroad is one of the most important advancements in the industrial revolution, it caused the American economy to boom (even more) and facilitated international trade. The railroad also transported western food, crops, and raw materials to East Coast markets, and manufactured goods from East Coast cities to the West Coast.
After the Chaldeans defeated the Hebrew Kingdom, they made Jews their slaves and took them to Babylon. The king of the Chaldeans who is Nebuchadnezzar exiled only the important people of Jerusalem. The other people were allowed to stay. Around 10,000 Jews were coerced to move to Babylon.
Answer:
Sensors that measure a variety of essential soil properties on the go are being developed. These sensors can be used either to control variable rate application equipment in real-time or in conjunction with a Global Positioning System (GPS) to generate field maps of particular soil properties. Depending on the spacing between passes, travel speed, and sampling and/or measurement frequency, the number of measurement points per acre varies; however, in most cases, it is much greater than the density of manual grid sampling. The cost of mapping usually is reduced as well.
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