- •Internal combustion engine
- •The four-stroke cycle
- •Complete the sentences with the active form of the verb in brackets:
- •The carburetor
- •1. Translate the following text into Ukrainian in written form
- •2. Complete the sentences with the active form of the verb in brackets:
- •The crankshaft
- •The battery and coil
- •The contact breaker and the distributor
- •1. Complete the sentences with the active form of the verb in brackets:
- •The cooling system
- •The lubricating (oiling) system
- •1. Complete the sentences with the active form of the verb in brackets:
- •The transmission system
- •Neutral gear
- •The clutch
- •Rear axle gears
- •1. Translate the text in written form
- •2. Complete the sentences with the active form of the verb in brackets:
- •The brakes
- •Some differences
- •Complete the sentences with the active form of the verb in brackets:
- •Put the missing prepositions into the questions. Ask them your partner:
- •Match the headings with their extracts.
- •The changing expectations of automotive engineers
- •Here are the answers to some questions. What are the questions?
- •Put each of the following words or phrases in correct sentence below.
- •Find the words hidden in the jumbles. Translate the sentences.
- •6. Complete the sentences with the passive form of the verb in brackets:
- •Complete the table with these phrases used to talk about the future. Can you add any more?
- •The car of the future
- •Are these sentences about the text true (t) or false (f)?
- •Find words and expressions in the text which match these definitions:
- •Find the words hidden in the jumbles:
- •Put the verb into the correct tense form in Passive.
- •Alternative vehicles
- •6. Answer these questions:
- •Make sure that you know these terms:
- •Match words from the two boxes to make expressions.
- •Now use the expressions above to complete the sentences and translate them into Ukrainian:
- •Match the words and phrases to the correct headings.
- •A car safety programme
- •Try to answer these questions asked by people in the audience.
- •Put the safety features into the correct column. Which of these safety features does your or your parents’ car have?
- •Use the words in the box to complete the flow chart.
- •Complete the text about car recalls with words from the box below. Translate the sentences.
- •Match the questions (1 – 7) with their answers (a – g):
- •Find someone in your class who:
- •Airbags
- •Answer the following questions:
- •Make sure that you know these terms:
- •Fill the missing words in. The first one has been done for you. Use them in the sentences of your own.
- •Complete the adjectives with –ed or –ing. Make some sentences of your own using them.
- •Read and translate this extract in written form:
- •Rewrite the sentences with a participle clause instead of a relative one.
- •Do you agree or disagree with the following statements?
- •Sensors and the automobile
- •Complete the sentences with the information from the text:
- •Which instrument shows you:
- •Match each abbreviation with its meaning:
- •Translate the following extract in written form: a cockpit for business class
- •Complete the sentences with a verb from the box in its participle form.
- •What are your predictions for the next ten years for instruments and switches of the car? Prepare a short report or presentation.
Put the verb into the correct tense form in Passive.
Studies have shown that 86% of serious accidents ___________ (to cause) by drivers.
All the companies investigating diesels are trying to reduce noise and smoke, but the problems _____ yet entirely _____ (not / to solve).
Suppliers ____________ (usually / to give) about two weeks to move from design to production of a new item.
The road to be repaired __________ (to destroy) many years ago by heavy vehicles.
This method __________ (to introduce) in the factory next year to achieve better results.
Goods to be transported to the North __________ (to store) at the station.
He __________ (to present) BMW X5 some months ago.
The goods __________ (normally / to deliver) in time.
Prepare a report or presentation of your own, describing the car of the future. Try to think about a new model of your own. You may also use drawings and pictures.
Text 18
Read and discuss the following famous words:
The world is a book and those who do not travel, read only a page. (Saint Augustine)
A man travels the world over in search of what he needs and returns home to find it. (George Moore)
As machines get to be more and more like men, men will come to be more like machines. (Joseph Wood Krutch)
Have you ever travelled by ship / plane / train? Tell the group mates about your experience. What kind of transport do you consider to be the best and why?
What problems might a person have while travelling?
How has transport changed in the last 100 years? If you could live at any time of history when would it be and why? Exchange your thoughts with your friends.
What effects does transport have on your neighborhood? Consider parking, pollution, congestion, safety, services that car needs. If you had a car would you give it up or limit its use in order to help the environment?
Alternative vehicles
At the present rate of production oil supplies will run out rather soon, and we will have to look for other sources of energy. What kind of vehicle will then dominate? Nowadays car makers discuss four promising types of cars: fuel cell cars, electric cars, hybrid cars, and solar electric cars.
The electric car has a long history. The first electrical cars were built at the end of 19th century, but they could not compete against the internal combustion engine. Success of the electric car depends on light weight battery, capable of being recharged quickly, and the availability of electric energy. Several companies already sell electrics. For example, Solar Electric Engineering of Santa Rosa, California, offers Solar Electric's Destiny 2000 which includes an array of solar cells which provides a tiny bit of power and extends battery life. With its lightweight fiberglass body, it can travel 40 to 60 miles on a charge and cruises at 60-70 mph.
There are many different electric cars around the world. They are used for local deliveries, post offices and the services. But will the electric car ever become a universal means of transport? Today there are several hundred million cars in the world not to mention millions of motorcycles. It is estimated that if these changed over to electricity, they would require six million kilowatt hours, and all the power stations in the world now generate only a little over a third of that.
The hydrogen/air fuel cells look very hopeful. These do not have to be charged, they generate their own energy from a chemical reaction. They convert fuel energy to electrical energy with better than 80% efficiency. But at present the fuel cells prove too expensive. A hybrid system where electric batteries for city driving would be recharged in highway driving with gasoline fuel is an alternative to the totally electrical system.
The use of fuel cells promises a reduction in environmental pollution from car exhaust emissions and the end of our dependence on oil for fuel. A fuel cell produces an electric current and heat by converting hydrogen and oxygen into water. When many cells are combined into a stack, enough energy is produced to power a 50kW engine. The fuel cell has the highest efficiency in power generation, reaching over 60%, compared to a gasoline-powered car which has 20%. Pure hydrogen could be stored on-board the car, but this would use too much space. Alternatively, car makers could use reformer technology to convert gasoline or methanol into hydrogen, but this would reduce the efficiency of the cell.
There are many practical considerations for drivers. Fuel cell-powered cars are neither as fast nor as quiet as gasoline- or diesel-powered cars. At present there are very few hydrogen fueling stations, so refueling could be a problem. Fuel cell cars are very expensive to develop and produce, which means they will also be expensive for the customer. Many drivers will not pay extra for ‘green’ car technology. Nevertheless, the race is on to produce the first fuel cell-powered family car with CO2 emissions of 90g/km.