Early Careers Introduction Quiz

Jackie Robinson Introduction. African Americans play a big part in professional sports today. For many years, however, black athletes weren't allowed to play with white athletes. Jackie Robinson helped change all that. The Early Years. Jack Roosevelt Robinson was born into a poor Georgia family in 1919. In college, he was a star on his school's football, track, basketball, and baseball teams. His family had little money, however. He left college in 1941 to help support his family and did not finish. Taking a Stand. In December 1941, the United States entered a war. Like many young men, Robinson had to serve in the war. One day, he and a group of soldiers got on an army bus. Robinson poses in his U.S. Army uniform. The bus was segregated. White soldiers sat in the front and black soldiers in the back. Yet Robinson knew he was as good a soldier as the white men. He would not move to the back when he was told to. Robinson was arrested, but he had only stood up for what was right. He was let go. You're Hired! After his time in the army, Robinson played baseball. In 1945, however, baseball was segregated, too. White and black athletes played in separate leagues. Robinson felt that there should not be separate baseball leagues based on skin color. So did Branch Rickey, the man who ran the Brooklyn Dodgers. Rickey wanted the Dodgers to be the first white team to include a black player. Rickey knew that this player would not only have to be a great athlete. He would also have to face prejudice because he was African American. Rickey hired Robinson. He had one condition, though. Robinson could only fight prejudice one way-by playing great baseball. Number 42 Takes the Field Wearing number 42, Robinson took the field on April 15, 1947. A crowd of twenty-six thousand people watched as he walked to the plate. Insults rang out from the other team's dugout, but Robinson just played ball. Equal rights won that day. So did the Dodgers. As for Robinson, he went on to have a great career. In 1962, he became the first African American to get into the Baseball Hall of Fame. Beyond Baseball. After Robinson stopped playing baseball in 1957, he went into business. He also continued to work for equal rights for all people. He died in 1972. Today in the United States, more people of color play in the world of sports than ever before. We all have Number 42 to thank for that.

Make a multiple choice test questions with three options for college level students following the topic: History The history of Family and Consumer Life Skills dates back to the late 19th and early 20th centuries during the Home Economics movement. It was initially introduced to bring science and the arts into the home and domestic sphere. Purpose The purpose of FACLS has evolved over time. Today, it aims to prepare individuals for life roles as individuals and family members, as well as careers in related fields. It helps students to manage resources, balance work and family life, become responsible consumers, and understand human development. Goals Goals of FACLS include enhancing individuals’ abilities to identify and create effective solutions to challenges in their personal lives, families, workplaces, and communities. It also aims to promote lifelong learning, employability, and leadership skills.

Singapore, a city-state that imports most of its food from other countries, started experimenting with vertical farming to scale up local food production as early as 2009. Having limited land but a large population, Singapore has expanded upward by building high-rise “farm walls,” which allow plants to grow up, rather than across the land. With a population of 23 million, Taiwan should follow Singapore’s example and develop vertical farming because this farming method can address issues such as limited land, water, and agricultural workers. 2 First, the rainwater-driven rotary system in vertical farms makes better use of land and, therefore, may help deal with the farmland issue in Taiwan. Taiwan has lost a lot of agricultural land to industrial and domestic use. This land issue can be addressed by the rotary system, which allows farmers to move racks of plants—one by one—as high as nine meters up in the air to get enough sunlight. Each vertical farm in Singapore has more than 20 racks of rotating plant-growing containers, providing an efficient way to make the most of limited land space. 3 Second, aside from the efficient use of land, the rotary system helps save water, which can prevent a lack of water during water rationing. Despite the fact that Taiwan has a lot more annual rainfall than the world average, much of it quickly flows down steep mountains into the sea, which makes collecting rainwater difficult. In vertical farms, plants are watered by recycled rainwater precisely where they need to be when the racks are rotated down to the micro-sprinklers. Singapore’s urban farming has proved that this sustainable irrigation method allows plants to be grown with only 5% of the water used in traditional agriculture. 4 Third, the operation of vertical farms relies greatly on machines and thus may ease the problem of having a declining number of agricultural workers. Low pay, long hours, and tough working conditions on traditional farms mean most young people would rather choose other careers, which results in an age gap in agriculture with many more older workers than younger ones. Such a negative impact could be reduced by the highly-computerized work on vertical farms. Mostly operated by machines, the work on vertical farms is lighter. As a result, fewer workers are needed on vertical farms. 5 Given these points, vertical farming appears to be the perfect solution for Taiwan, and we are technologically prepared for this new farming method. One biotechnology company in Taiwan has been working with a Danish partner since 2020, and they have successfully run a vertical farm in Copenhagen. If we can build more vertical farms in Taiwan, many agricultural issues can be dealt with, and city citizens may be able to start growing and harvesting food sustainably at the touch of a button.

The Life and Early Career of Andrew Jackson - Exit Quiz

Create a reading comprehension quiz based on the following text: Not many people 'have heard/ heard of Nikola Tesla, who 2played/was playing a key role in creating the alternating current (AC) supply of electricity we are having/ have in our homes today. Early in his career, Tesla has worked / worked with Thomas Edison. He had emigrated/ has emigrated to the USA from Europe in 1884. While Tesla was working/ had worked for Edison, they had an argument over payment for an invention, so Tesla was deciding/ decided to work independently. It was then that he developed a motor that could produce an alternating current. Throughout his life, Tesla continued to conduct experiments and helped / was helping develop X-ray radiography and wireless communication. There is no doubt that he has had / had had a large impact on modern technology. Many of the gadgets that we 10 are enjoying/enjoy today would not have been possible without Nikola Tesla.

LESSON 2 Early Theories on the Origin of Life • Identify the different theories on the origin of life. • Describe each theory and determine their differences What are the characteristics of living things? Before learning about the history of Earth based on geological evidence, early scientists explored the possibilities of how the first life-form existed. There are several theories about the origin of life. Theory of Catastrophism The theory of catastrophism supported by French scientists Georges Cuvier (1769-1832) and Alcide Dessalines d'Orbigny (1802-1857), is said to be a modification of the creation story of the Bible. It states that there have been several living creations from God, each encountered a catastrophe that completely destroyed them. Each new creation consisted of new life-forms, which happen to be different from the previous ones. Theory of Abiogenesis The theory of abiogenesis, or the spontaneous generation theory, states that living things were naturally created from nonliving things such as simple organic compounds. The theory supposes that abiogenesis occurred between 3.8 and 4 Gya. The experiment performed by Stanley Miller in 1953 gave way to many speculations and studies on how life on Earth really began. His research involved a simulation of the possible environment on Earth in the past. He demonstrated how an electric spark (which is a simulation for lightning) when passed through simple organic gases (similar to the early Earth atmosphere), resulted in the formation of amino acids, which are now known as the building blocks of proteins and the components of living tissues. Theory of Biogenesis The theory of biogenesis presented a strong argument against abiogenesis. This theory states that living things come from living things. Experiments of Francesco Redi and Louis Pasteur disproved the thought of spontaneous generation during their time (figure 5-1). Louis Pasteur argued that life comes from preexisting life and not from nonliving material. However, it should be noted that the "abiogenesis" or "spontaneous generation" that he opposed referred to any modern, existing, fully-formed organisms, not the original generation of life. Louis Pasteur's law of biogenesis contradicted the common belief during his time that cattle dung gives rise to flies, or old clothes with rotten food gives rise to mice. The idea of spontaneous generation was popular until near the seventeenth century. Even famous scientists of that period, such as Descartes, Galileo, and Jan Baptista van Helmont, believed in this theory. CIENCE PIONEER Francesco Redi (1626-1697). Francesco Redi is a physician, a naturalist, and a poet. His works challenged the popular theory of spontaneous generation. He disproved the idea that living things may arise from nonliving things. He also worked on toxicology using viper's venom. He discovered and worked on some parasites that caused disease in humans. SCIENCE CAREER Evolutionary Biologist An evolutionary biologist studies the descent of species and the origin of new species of living things. Working as evolutionary biologist means studying and researching species diversity, their interaction with the environment, their adaptation to change, their ancestors, and their possible origins. This career is important in the field of science because it seeks an answer to the questions about how life began on Earth.

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