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Енглески језик 8, уџбеник, старо издање, Нови Логос

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CURRICULUM EXTRA Physics and chemistry: Satellites and spacecraft<br />

I can talk about the future of space travel and exploration.<br />

4<br />

A<br />

C<br />

1 Check the meaning of the words in the box.<br />

Then match them with A–E in the photos.<br />

space station weightlessness<br />

space shuttle Earth satellite<br />

2 2.20 Complete the text with the words in<br />

exercise 1. Then read and listen to the text and<br />

check.<br />

3 Read the text again and write true or false.<br />

Correct the false sentences.<br />

1 The Soviet Union put the first artificial<br />

satellite in orbit.<br />

2 Sputnik 1 was the first natural satellite.<br />

3 Astronauts constructed the ISS in space.<br />

4 Teams of researchers have been living in<br />

space since 1990.<br />

5 Charles Simonyi has been on one trip into<br />

space.<br />

6 Sub-orbital spacecraft are spaceships which<br />

travel into space.<br />

7 People can experience weightlessness on<br />

sub-orbital spacecraft.<br />

B<br />

D<br />

E<br />

Out of this world<br />

A 1 is an object that orbits another object in space.<br />

There are natural satellites like the moon, which<br />

orbits 2 , and there are also artificial satellites.<br />

Artificial satellites are man-made objects which are<br />

sent into space. In 1957, the Soviet Union launched<br />

the first artificial satellite, Sputnik 1, and today there<br />

are about three thousand artificial satellites in orbit<br />

around Earth. We use them to transmit phone calls<br />

and TV signals across the world, to navigate journeys,<br />

to forecast the weather, and to study the universe.<br />

The largest artificial satellite in orbit is the<br />

International 3 or ISS. The American 4 started<br />

taking material into space to build the ISS there in<br />

the late 1990s, and different teams of researchers<br />

have lived there continuously since November 2000.<br />

The ISS was also the destination of the world’s first<br />

space tourists. One of them, the Hungarian-American<br />

billionaire Charles Simonyi, enjoyed the visit so much<br />

that he paid $35 million for a second trip. During his<br />

visits to space, he helped with research projects and<br />

chatted to schoolchildren in the USA via a video link.<br />

Space tourism will be more popular in the future,<br />

thanks to the development of sub-orbital spacecraft.<br />

Travelling to altitudes of over one hundred kilometres,<br />

these craft reach the boundaries of space, at the edge<br />

of the Earth’s atmosphere. From there, passengers get<br />

a breathtaking view of Earth, and can also experience<br />

5<br />

. Prices started at $200,000 for a three-hour trip,<br />

but flights will certainly become cheaper in the future.<br />

Scientists hope that the increase in space tourism will<br />

help to raise money to fund further space projects.<br />

4 ACTIVATE Read sentences 1–6. Work in pairs<br />

and discuss whether you think these things<br />

are already possible, will be possible in the<br />

future, or will never be possible.<br />

1 Hotels will open in space.<br />

2 Tourists will be able to visit other planets.<br />

3 People will have their own personal space<br />

shuttle.<br />

4 People will be able to experience<br />

weightlessness in their own home.<br />

5 People will grow plants in space.<br />

6 There will be budget flights to the moon<br />

costing about €100.<br />

Curriculum extra 99<br />

Property of Oxford University Press. Provided for and restricted to creating accessible formats for users with a disability.

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