Instruction: answer questions 51 to 58 based on the following text.

Eve Rodsky’s deck of cards could help you find domestic bliss

1. Eve Rodsky was fed up. For years she, like many other women, had shouldered the burden
2. of invisible labor at home. Rodsky, a Harvard-educated lawyer and organizational management
3. specialist who advises families and charitable foundations, was tired of being the “she-fault”
4. parent. So, she started a spreadsheet titled “Shit I do.” “After months and months of
5. crowdsourcing this beautiful, giant spreadsheet, I sent this to my husband and said, ‘Can’t wait
6. to discuss.'”
7. Rodsky shared the spreadsheet on Facebook. Soon, she was receiving messages from
8. strangers who had seen it, detailing the domestic indignities they faced. She wanted to channel
9. that frustration into something productive, and then Rodsky realized she could apply
10. organizational management principles to the home. When Sarah Harden, the CEO of the media
11. and production company Hello Sunshine, met Rodsky, she realized Rodsky was onto something
12. novel. “After 40 to 50 years of talking about the problems, she was working on a solution. [At
13. Hello Sunshine], (...) We like to be on the problem-solving end of the conversation rather than
14. wallowing” said Harden.
15. The result is Rodsky’s book, Fair Play: A Game-Changing Solution for When You Have Too
16. Much to Do (and More Life to Live), which came out in October. (Hello Sunshine inked a unique
17. deal with Rodsky as a venture partner, which means the company helped sell the book to a
18. publisher and will take a cut of its profits.) A key piece of Rodsky’s solution is gamifying the
19. notion of fair play with a set of cards. “So this is based on a 100 card game. You’re holding cards
20. that represent all that you do for your home and family.”
21. The author believes the cards can help couples navigate their domestic balance by helping
22. them to talk about home life (which most people don’t do) and take full ownership of the tasks
23. (concept, planning, and execution). The ultimate goal of redistributing domestic work, according
24. to Rodsky, is to free up time for what she calls “unicorn space” — the stuff that might feel like a
25. luxury or pipe dream to most parents. “This is about making time for the things we actually care
26. about — who we were before we had kids,” she said. “What are our passions and purpose,
27. beyond being a parent and a partner and a worker? The more we spend time arguing about who
28. does what, the less time we have for the things that truly matter.”

Adapted from: https://www.fastcompany.com/90425669/eve-rodskys-deck-of-cards-could-help-you-find-domestic-bliss

The Reasons Why We Dance

1. As a choreographer, I get asked to share my opinion about a myriad of dance-related
2. topics, from the practical, like “How can dance help you get in shape?” to the existential, like “Is
3. my dancing a projection of my self-image?”. But the question I think matters most is: why do
4. people dance? What is about moving our bodies to a song we love that is so joyfully Pavlovian?
5. Why do we watch videos and take lessons on something that could be labeled as trivial? Why do
6. we love it so?
7. There are the obvious answers. We dance for physical fitness, mental clarity, emotional
8. stability, and other such pluses. However, all these benefits could be attained by other means –
9. though I confess I have yet to find a better alternative than a great “cha cha”* to lift both one’s
10. heart rate and spirits. There must be something glorious about dancing that is more than just
11. intangible. We cannot seem to explain it, yet we all know it so well that we do not hesitate to
12. tap our feet to a Gershwin melody or pulse with the percussion of a samba rhythm.
13. Perhaps dance is the way we express ourselves when words are insufficient. The joy we
14. feel over newfound love, the determination we have in the face of great sorrow or adversity, the
15. passionate fire of our youth, and the peacefulness of our softer and more graceful years – maybe
16. they are never expressed more fully than through a waltz, or a tango, or a jive. We all want to
17. be understood, and if we could truly speak the words that describe our feelings, how deep and
18. powerful they would surely be. But alas, those words never seem to come to us just right. Maybe
19. dance is simply a translator for the human heart.
20. Perhaps dance is the medium through which we show the world who we truly are and who
21. we can be. All of us, if we are honest, believe deep down that we are not ordinary. We know
22. ourselves to be wonderfully unique, with many layers of personality and talent woven in such a
23. way that no one on earth could possibly have our same make-up. We know it. We just do not
24. always know how to prove it. Maybe dance gives us the opportunity. And perhaps dance is how
25. we choose to remember, how we hold on to the past. It is how we relive __ fun-filled days of
26. our youth or __ time we looked into their eyes and knew they were the one. It is our tribute to
27. the heroes of yesterday who jitterbugged like carefree boys and girls, when tomorrow they would
28. march as men and women to defend freedom’s cause. It is the chance to be __ princess again,
29. waiting for __ outstretched hand and the call to __ romance that is graceful, true, and not as
30. forgotten as the cynics say. When we dance, we can remember them all a little better, feel the
31. butterflies once again, and if only for a moment, return to the purest part of our lives when time
32. was of no matter…for we were dancing.
33. Why do we dance? Every answer will be different, and that is as it should be. Perhaps the
34. better question is, “Why would we not?”

*Cha Cha: an energetic modern dance.

(Available in: https://dancewithmeusa.com/why-we-dance-the-reasons/ – text especially adapted for this test).

Text 1

Structure of education in Singapore

The complete control and management of Singapore’s education is in the hands of the Ministry of Education (MOE). With continuous endeavour from MOE, today Singapore can be considered to have a strong and well-reputed education system. As per recent study Singapore is ranked fourth in terms of World’s Best Education System.

The preschools are run by the private sector, including religious bodies, community foundations, business groups, etc. However, every preschool need to register itself with the Singapore Ministry of Education before being functional.

After completion of 6 years of primary education, students have to appear for a Primary School Leaving Exam (PSLE). All those students who passed the exam are admitted in a secondary level course, which is usually completed in 4-5 years. It is similar to attending seventh grade through tenth grade in the American education system.

After completion of the secondary education, the students need to appear in Singaporean GCE ‘O’ Level exam. Based on the merit in that exam, students proceed to pre-university education, which is similar to attending eleventh grade and twelfth grade as per the American education system. At this level students can opt for a wide range of subjects from varied academic areas covering Humanities, Arts and Languages, Sciences and Mathematics streams.

www.singaporeeducation.info/Education-System/ Structure-of-Education

The Amazon Forest

The Amazon is often called the lungs of the earth and produces 20% of the world’s oxygen. For this reason, many people are trying to stop deforestation in the rainforest. Brazil, for example, is working hard to help the rainforest survive.

A few years ago, the Brazilian government put forward a plan called ARPA (Amazon Region Protected Areas). It had the support of many international agencies, including the World Bank, and the German Development Bank, KfW. The main aim was to build new areas of protected rainforest, maintain areas of the rainforest that hadn’t yet been destroyed, and stop deforestation. Deforestation contributes greatly to global warming because carbon dioxide is released into the atmosphere when trees get cut down and burned.

One of the first areas to be recognized as part of ARPA was the Tumucumaque Mountains National Park. It is 38,800 km² and is the same size as Switzerland, a small country in Central Europe. It’s the world’s largest protected tropical national park, and the second largest national park. It is home to certain species of jaguar, eagle, and lizard, which can only survive in the rainforest. Many of these species are under threat from climate change and deforestation.

In order to work in the park, conservationists need a reliable map. However, no map existed, and they didn’t have enough knowledge to make one on their own. They came up with the idea of involving local tribes to help them, combining modern and ancient methods to produce a map. The tribes learned to use global positioning system handsets (GPS), in conjunction with their local knowledge of the area, which included fishing and hunting grounds, and places of historical or mythical importance. Aerial photos were a 20useful aid in the process as well. This method of map-making is now the key to the future of rainforests, in Brazil and the rest of the world too.

A Brief and Simplified Description of Papermaking

The paper we use today is created from individual wood fibers that are first suspended in water and then pressed and dried into sheets. The process of converting the wood to a suspension of wood fibers in water is known as pulp making, while the manufacture of the dried and pressed sheets of paper is formally termed papermaking. The process of making paper has undergone a steady evolution, and larger and more sophisticated equipment and better technology continue to improve it.

The Wood yard and Wood rooms

The process at Androscogging began with receiving wood in the form of chips or of logs 4 or 8 feet in length. From 6 AM to 10 PM a steady stream of trucks and railroad cars were weighted and unloaded. About 40 percent were suplied by independents who were paid by weight their logs. The mill also received wood chips from lumber mills in the area. The chips and logs were stored in mammoth piles with separate piles for wood of different species (such as pine, spruce, hemlock).

When needed, logs were floated in flumes......(1).....the wood yard.....(2).....one of the mill’s three wood rooms. There, bark was rubbed......(3)........in long, ribbed debarking drums by tumbling the logs against one another. The logs then fell into a chipper;......(4)......seconds a large log was reduced to a pile of chips approximately 1 inch by 1 inch by 1/4 inch.

The chips were stored in silos. There were separate silos for softwoods (spruce, fir, hemlock, and pine) and hardwoods (maple, oak, beech, and birch). This separate and temporary storage of chips permitted the controlled mixing of chips into the precise recipe for the grade of paper being produced.

The wood chips were then sorted through large, flat vibrating screens. Oversized chips were rechipped, and ones that were too small were collected for burning in the power house. (The mill provided approximately 20 percent of all its own steam and electricity needs from burning waste. An additional 50 percent of total electricity needs was produced by harnessing the river for hydroelectric power.)

Once drawn from the silo into the digesters, there was no stopping the flow of chips into paper. 

Pulpmaking

The pulp made at Androscoggin was of two types: Kraft pulp (produced chemically) and ground wood pulp (produced mechanically). Kraft pulp was far more important to the high quality white papers produced at Androscoggin, accounting for 80 percent of all the pulp used. Kraft pulp makes strong paper. (Kraft is German for strength. A German invented the Kraft pulp process in 1884.) A paper’s strength generally comes from the overlap and binding of long fibers of softwood; only chemically was it initially possible to separate long wood fibers for suspension in water. Hardwood fibers are generally smaller and thinner and help smooth the paper and make it less porous.

The ground wood pulping process was simpler and less expensive than the Kraft process. It took high quality spruce and fir logs and pressed them continuously against a revolving stone that broke apart the wood’s fibers. The fibers, however, were smaller than those produced by the Kraft process and, although used to make newsprint, were useful at Androscoggin in providing “fill” for the coated publication gloss papers of machines 2 and 3, as will be described later.

^(A)The chemical Kraft process worked by dissolving the lignin that bonds wood fibers together. ^(B) It did this in a tall pressure cooker, called a digester, by “cooking” the chips in a solution of caustic soda (NaOH) and sodium sulfide (Na²S), which was termed the “white liquor.” ^(C)The two digesters at Androscoggin were continuous digesters; chips and liquor went into the top, were cooked together as they slowly settled down to the bottom, and were drawn off the bottom after about three hours. ^(D) By this time, the white liquor had changed chemically to “black liquor’’; the digested chips were then separated from this black liquor. ^(E)

In what was known as the “cold blow” process, the hot, pressurized chips were gradually cooled and depressurized. A “cold liquor’’ (170°F) was introduced to the bottom of the digester and served both to cool and to transport the digested chips to a diffusion washer that washed and depressurized the chips. Because so much of the lignin bonding the fibers together had been removed, the wood fiber in the chips literally fell apart at this stage.

The black liquor from the digester entered a separate four-step recovery process. Over 95 percent of the black liquor could be reconstituted as white liquor, thereby saving on chemical costs and significantly lowering pollution. The four-step process involved (1) washing the black liquor from the cooked fiber to produce weak black liquor, (2) evaporating the weak black liquor to a thicker consistency, (3) combustion of this heavy black liquor with sodium sulfate (Na₂SO₄ ), and redissolving the smelt, yielding a “green liquor” (sodium carbonate + sodium sulfide), and (4) adding lime, which reacted with the green liquor to produce white liquor. The last step was known as causticization.

Meanwhile, the wood-fiber pulp was purged of impurities like bark and dirt by mechanical screening and by spinning the mixture in centrifugal cleaners. The pulp was then concentrated by removing water from it so that it could be stored and bleached more economically.

By this time, depending on the type of pulp being made, it had been between 3 1/2 and 5 hours since the chips had entered the pulp mill. 

All the Kraft pulp was then bleached. Bleaching took between 5 and 6 hours. It consisted of a three-step process in which (1) a mix of chlorine (Cl₂ ) and chlorine dioxide (CIO₂ ) was introduced to the pulp and the pulp was washed; (2) a patented mix of sodium hydroxide (NaOH), liquid oxygen, and hydrogen peroxide (H₂ O₂ ) was then added to the pulp and the pulp was again washed; and (3) chlorine dioxide (ClO₂ ) was introduced and the pulp washed a final time. The result was like fluffy cream of wheat. By this time the pulp was nearly ready to be made into paper.

From the bleachery, the stock of pulp was held for a short time in storage (a maximum of 16 hours) and then proceeded through a series of blending operations that permitted a string of additives (for example, filler clay, resins, brighteners, alum, dyes) to be mixed into the pulp according to the recipe for the paper grade being produced. Here, too, “broke” (paper wastes from the mill itself) was recycled into the pulp. The pulp was then once again cleaned and blended into an even consistency before moving to the papermaking machine itself.

It made a difference whether the broke was of coated or uncoated paper, and whether it was white or colored. White, uncoated paper could be recycled immediately. Colored, uncoated paper had to be rebleached. Coated papers, because of the clays in them, could not be reclaimed.