Bookie's, the campus bookstore is located at the Campus Activity Centre, main floor.

    Bookie's is the only place in Kamloops to buy your course textbooks. There is a booklist in the bookstore listing the books required for each course. If you need help in finding your course textbooks, ask any of the staff in the bookstore.

    There are more than just textbooks at bookie's. They carry a wide variety of stationary, art supplies and gift items. You can also buy telephone cards, postage stamps and bus passes. You must show your student card to get a discount for the bus passes.

TEXTBOOK RETURNS

1) Do I need my receipt to return books?

Yes.

2) How long do I have to return books?

Books purchased must be returned within ten working days of the date of the purchase.

3) What if I wrote my name in the book?

Unfortunately, we can not give you a full refund for books not in mint condition as publishers will not accept this for credit.

4) What happens if I miss the last day for return?

We may purchase the text book as “used” in accordance with our Buyback program.

5) Ｗhat if I discover that my book has missing pages half way through the semester?

We will replace the defective books, new or used, for a like copy of that title. Cash refunds are not given for defective books returned outside the normal return dates.

BUYBACKS

1) What books do you buy back?

We buy back all current edition textbooks. If we do not use them at UCC, we buy them back according to the value established in the North American marketplace.

2) How much do I get for my books?

If bookie's is buying the book for use at UCC, you will receive 50% of the current new retail price. In order to receive optimum buyback price, discs and supplements must accompany the book.

3) What happens to the books that I sell?

Books for bookie's are processed by our staff and sold to students at 75% of the new retail price.

4) What condition do my books need to be in?

Books should be in good condition, meaning that the cover is still attached and all pages intact. Notes and markings on the pages of the books are perfectly fine. Workbooks and study guides are generally not purchased back unless they are free of all markings. No sales receipt is required for these books.

BOOKSTORE HOURS

Monday–Thursday      9:00am–6:00pm

Friday                9:00am–5:00pm

Saturday and Sunday    Closed

    Many years ago, I made a living by driving a car. One night I went to pick up a passenger at 2:30 am. When I arrived to collect, I found the building was dark except for a single light in a ground floor window.

    I walked to the door and knocked.“Just a minute,” answered a weak, elderly voice.

    After a long pause, the door opened. A small woman in her eighties stood before me. By her side was a small suitcase.

    I took the suitcase to the car, and then returned to help the woman. She took my arm and we walked slowly towards the car.

    She kept thanking me for my kindness.“It's nothing,” I told her, “I just try to treat my passengers in the way I would want my mother treated.”

    “Oh, you're such a good man,” she said. When we got into the taxi, she gave me an address, and then asked, “Could you drive through downtown?”

    “It's not the shortest way,” I answered quickly.

    “Oh, I'm in no hurry,” she said.“I'm on my way to a hospice(临终医院). I don't have any family left. The doctor says I don't have very long time.”

    I quietly reached over and shut off the meter(计价器).

    For the next two hours, we drove through the city. She showed me the building where she had once worked, the neighborhood where she had lived, and the furniture shop that had once been a ballroom where she had gone dancing as a girl.

    Sometimes she'd ask me to slow down in front of a particular building and would sit staring into the darkness, saying nothing.

    At dawn, she suddenly said, “I'm tired. Let's go now.”

    We drove in silence to the address she had given me.

    “How much do I owe you?”she asked.

    “Nothing,” I said.

    “You have to make a living,” she answered.“Oh, there are other passengers, ”I answered.

    Almost without thinking, I bent and gave her a hug. She held onto me tightly. Our hug ended with her remark, “You gave an old woman a little moment of joy.”

    Have you ever lost your direction? Then you might find satellite navigation(satnav) systems(卫星定位系统) helpful.

    A satnav system uses groups of satellites. They send information to a receiver(接收器), such as your smartphone. Then they can find where you are.

The earliest satnav system is the Global Positioning System(GPS) of the United States. The US has put 24 satellites into space to make sure GPS can locate(定位) a person correctly and globally. Likewise, Russia's GLONASS and European Union's Galileo can also work globally.

    But China is catching up, building its own BeiDou Navigation Satellite System. BeiDou is China's homegrown satnav system, reported Xinhua. It was set up in 2000, when China sent BeiDou's first navigation experiment satellite into space. With it, China became the third country to build a satnav system after the US and Russia.

    BeiDou can find you wherever you are. It helps you go faster by finding shortcuts(捷径) and using correct directions. When you are in trouble and call the police, they will know exactly where you are if you have a cellphone that uses BeiDou.

    Today, there are more than 20 BeiDou satellites above our heads. And the system is able to offer open services to the Asia-Pacific region(亚太地区).

    In November, China plans to send more BeiDou-3 satellites into space. BeiDou-3's position accuracy(准确度) is less than five meters, Ran Chengqi, a senior designer of the satellite navigation system, told China Daily.

    By 2020, BeiDou is planned to have 35 satellites and begin serving globally, reported Xinhua.

    Some materials are obtained from natural resources that are changed by chemical processes in a laboratory. The resulting artificial materials are synthetic, or human-made.

    Plastic is a synthetic substance, obtained from petroleum, a fossil fuel. The molecules（分子）in petroleum are split and then linked into chains. Plastic is an example of a polymer, a material made of repeating patterns of atoms linked together. Most polymers are synthetic. They are made by polymerization, the process of chemically linking many smaller molecules to form a larger molecule that has different physical features. Some polymers, such as proteins, occur naturally.

    Plastic is a key component of many products. When heated into an almost-liquid form, plastic can be made into fibers, sheets, or molds（模具）. It can be mixed with other elements to remain flexible, or it can harden into a solid. Plastic fibers can be made into clothing or carpeting. Sheets of plastic can be made into plates. Molded plastic can be sued for protective helmets or car bumpers.

    Most plastics can be reheated and remolded repeatedly. This feature makes plastic very easy to use. Polymers can be pulled into fine strings or molded into almost any kind of shape. For example, tubes of plastic can be shaped into bottles by different processes. One such process is extrusion blow-molding. Most plastics are also resistant to many chemicals that might harm other materials. This quality is the reason that so many cleaning liquids are packaged in plastic bottles.

    Plastics are good insulators that can stop electricity or heat to pass through. Look around your kitchen, and observe where plastics are used. Pot handles are sometimes made of plastic, as are cooking tools, toaster controls, and microwave cookware. Food-storage wraps and containers may be made of plastic. Take a walk outdoors, and note all the plastic items you see. Gardening tools, such as watering cans and sprayers, are often made of plastic. Swings and slides made of plastic do not become as hot as metal, so they are safer for play. Because plastics can be heated, remolded, and made into something else, they can be recycled and reused.

Economically speaking, are we better off than we were ten years ago? Twenty years ago?

In their thirst for evidence on this issue, commentators seized on the recent report by the Census Bureau, which found that average household income rose by 5.2% in 2015. Unfortunately, that conclusion puts too much weight on a useful, but flawed and incomplete, statistic. Among the more significant problems with the Census's measure are that: 1) it excludes taxes, transfers, and compensation like employer-provided health insurance; and 2) it is based on surveys rather than data. Even if precisely measured, income data exclude important determinants of economic wellbeing, such as the hours of work needed to earn that income.

While thinking about the question, we came across a recently published article by Charles Jones and Peter Klenow, which proposes an interesting new measure of economic welfare. While by no means perfect, it is considerably more comprehensive than average income, taking into account not only growth in consumption per person but also changes in working time, life expectancy, and inequality. Moreover, it can be used to assess economic performance both across countries and over time.

The Jones-Klenow method can be illustrated by a cross-country example. Suppose we want to compare the economic welfare of citizens of the U.S. and France in 2005.

In 2005, as the authors observe: real consumption per person in France was only 60% as high as the U.S., making it appear that Americans were economically much better off than the French on average. However, that comparison omits other relevant factors: leisure time, life expectancy, and economic inequality. The French take longer vacations and retire earlier, so typically work fewer hours; they enjoy a higher life expectancy, presumably reflecting advantages with respect to health care, diet, lifestyle, and the like; and income and consumption are somewhat more equally distributed there than in the U.S. Because of these differences, comparing France's consumption with the U.S.'s overstates the gap in economic welfare.

Similar calculations can be used to compare the U.S. and other countries. For example, this calculation puts economic welfare in the United Kingdom at 97 % of U.S. levels, but estimates Mexican well-being at 22%. The Jones-Klenow measure can also assess an economy's performance over time. According to this measure, as of the early-to-mid-2000s, the U.S. had the highest economic welfare of any large country. Since 2007, economic welfare in the U.S. has continued to improve. However, the pace of improvement has slowed markedly.

Methodologically, the lesson from the Jones-Klenow research is that economic welfare is multi-dimensional. Their approach is flexible enough that in principle other important quality-of-life changes could be incorporated—for example, decreases in total emissions of pollutants and declines in crime rates.