Work-Study Program The Work-Study Program gives you the chance to work part-time on campus. If you need more money to cover all of your education-related costs, you may be qualified for this program. Advantages * Work experience: Last year, more than 1,400 positions were available across all departments. The jobs vary from one department to the next, and in most cases, participants find a position in their chosen field. * Money: During the regular academic year (September to April), you can work part-time and earn $3,200---sometimes more---while you take courses! During the summer time, you work full-time and can earn around $6,000 over 18 weeks.om] *Easy access: Applying for the program is easy. There is no need for face-to-face interview. All the forms you need are online; just fill in the forms and email us; we accept no letter or phone application! Did you know? At the University of Ottawa, it is not essential to receive government assistance to qualify for our Work-Study Program. You simply need to demonstrate financial need. You could have one of these great Work-Study jobs: *Student ambassador *Computing and network technician *Marketing assistant *Sports team manager *Researcher / translator *Writer And more! The Admission Section receives and evaluates applications to undergraduate programs, in addition to answering applicants' questions. Phone: 613-562-5315 Toll-free: 1-877-868-8292 (#5315) Financial Aid & Awards Service Section: Phone: 613-562-5734 Toll-free phone: 1-877-868-8292 Regular Office Hours: Monday to Friday September to May: 9 a.m. to 4:30 p.m. June to August: 9 a.m. to 3:30 p.m. To be admitted by the program, you need to _ . A) get some government assistance first B) have much working experience C) perform well in your studies D) explain your financial need first
D
(Question)
In Sonoma County, California, growers are planting grapevines in a new way. As they plant the vines, they add a package of water called DRiWATER. This method of planting grapevines along with the water supply saves time and work. It gives the plant enough water to keep growing. The workers can go on to other chores. DRiWATER is a package of jelled water. It melts slowly, watering the plant for two or three months. DRiWATER is a 100% natural, non-poisonous product used for the long-term watering of plants. It was invented by a well-known food chemist who recognized the potential of a filler product he was using to thicken peanut butter. He tested and applied his theory that water could be released over time as naturally occurring microbes in the soil fed on the filler and released the water into the soil. The inventor, Harold Jensen, tried for a long time to get the right recipe. He and his family worked nights and weekends testing different formulas. Jensen finally found the right formula and patented it. What are the ingredients in DRiWATER? It is made up of 97.85% water, 2% vegetable gum, and 0.15% aluminum sulfate. When the DRiWATER is planted in the soil, the water is released as bacteria eat the jell. Buchanan Vineyard Services has bought ten thousand packages of DRiWATER. They will plant the jelled water with their new grapevines. What about countries like Egypt that have large deserts? Maybe DRiWATER will help grow trees in the desert. Two million trees have been planted near a town in the Sahara Desert. Two quarts were planted with each tree. The tree must live on the water for months until its roots touch ground water. Harold Jensen hopes to see forests spring up in the deserts. This is the reason that he invented DRiWATER. Seedlings, DRiWATER, and desert may be the perfect fit. What is the best title for the passage? A) How to plant grapevines well. B) A unique method to supply water to plants. C) Harold Jensen: a great inventor. D) DRiWATER and the Sahara Desert.
(Answer)
B
Ques:An Australian inventor has designed and built an environmentally friendly ferry that uses solar and wind power to transport people around Sydney Harbor. Robert Dane and his Solar Sailor were given the top prize at the Australian Design Awards recently. The Solar Sailor has been in use for six months. It uses four sources of energy for its power -- solar, wind, battery power with stored solar energy and a fuel generator in store all controlled by computers. The ferry can travel up to 7.5 knots on just wind and solar power. It's solar wings and fiberglass solar panels which not only take in sunlight and store it in batteries, but also act as sails. "We angle our solar panels to the sun in two planes , which increases the amount of energy we get from the sun by 40 percent," Dane says. "And also we can use that same structure to do another job, which is also the sail, and so these wing sails actually push the ferry forward just like a soft sail does." Computers check the sun and wind and angle the solar wings to take in the most sunlight. If there isn't much wind or it is a cloudy day, energy stored in the batteries runs the electric motor for up to five hours. "If the batteries are too low, then the computer turns the generator on so the boat is always able to meet a commercial schedule, or get from point A to point B no matter what," Dan explains. Dane got his idea for the Solar Sailor from a book on insects. He was amazed how insects use their wings to collect solar energy to warm themselves. "When I read that, I realized there was a good example in nature for what we were going to do, which was to use a solar wing to collect solar energy and also to sail," he says. What is the purpose of writing this article? A) To praise the designer Robert Dane. B) To make an advertisement. C) To tell us to learn from nature. D) To introduce a new invention.

Ans:
D