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Getting into Space (16.1, 16.3) BLM 16.1
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Getting into Space (16.1, 16.3) BLM 16.1. Getting into Space (16.1) Read p. 488-490 1.How do aircraft fly? 2.How do spacecraft fly? 3.What is the difference.

Jan 03, 2016

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Page 1: Getting into Space (16.1, 16.3) BLM 16.1. Getting into Space (16.1) Read p. 488-490 1.How do aircraft fly? 2.How do spacecraft fly? 3.What is the difference.

Getting into Space

(16.1, 16.3)BLM 16.1

Page 2: Getting into Space (16.1, 16.3) BLM 16.1. Getting into Space (16.1) Read p. 488-490 1.How do aircraft fly? 2.How do spacecraft fly? 3.What is the difference.

Getting into Space (16.1)

Read p. 488-4901. How do aircraft fly?2. How do spacecraft fly?3. What is the difference between payload

and launcher?4. Who was the first person in space?5. What was the name of the first space

station?Do questions 1-3 p. 490

Page 3: Getting into Space (16.1, 16.3) BLM 16.1. Getting into Space (16.1) Read p. 488-490 1.How do aircraft fly? 2.How do spacecraft fly? 3.What is the difference.

The space shuttle orbit’s at 200km, that would be the distance from Fredericton to Grand Falls.BLM 16.1 Vehicles in and Above Earth’s Surface

Page 4: Getting into Space (16.1, 16.3) BLM 16.1. Getting into Space (16.1) Read p. 488-490 1.How do aircraft fly? 2.How do spacecraft fly? 3.What is the difference.

Satellites (16.3)

What are they?They are objects that revolve around the Earth.

There are natural and man-made satellites.Natural: MoonMan-Made: TV, weather, cell-phone,

communication, scientific, Radar, Infrared, military, space stations

Most are low Earth orbit satellites (200km high)

Page 5: Getting into Space (16.1, 16.3) BLM 16.1. Getting into Space (16.1) Read p. 488-490 1.How do aircraft fly? 2.How do spacecraft fly? 3.What is the difference.

Satellites generally travel with the Earth at

28 000 km/h and take about 1.5 hours to circle Earth.

Some are geosynchronous, travel at the same speed as the Earth so they stay in one spot. (telecommunications)

Some are slower, usually specialty satellites like the International Space Station and Hubble Space Telescope.

Page 6: Getting into Space (16.1, 16.3) BLM 16.1. Getting into Space (16.1) Read p. 488-490 1.How do aircraft fly? 2.How do spacecraft fly? 3.What is the difference.
Page 7: Getting into Space (16.1, 16.3) BLM 16.1. Getting into Space (16.1) Read p. 488-490 1.How do aircraft fly? 2.How do spacecraft fly? 3.What is the difference.

RADARSAT (16.4)

Read p. 496It is a low orbit Radar Satellite… hence

the name.A radar is a device that emits bursts of

radio waves and picks up the reflections to find out how far they are. (RAdio Detecting And Ranging)

Page 8: Getting into Space (16.1, 16.3) BLM 16.1. Getting into Space (16.1) Read p. 488-490 1.How do aircraft fly? 2.How do spacecraft fly? 3.What is the difference.

How long and it bounces determines what it is detecting.

Radio waves travel at the speed of light and can penetrate clouds.

It is good for monitoring mining and disasters.

Canadians built and operate it!

Page 9: Getting into Space (16.1, 16.3) BLM 16.1. Getting into Space (16.1) Read p. 488-490 1.How do aircraft fly? 2.How do spacecraft fly? 3.What is the difference.

Other Canadian ContributionsAlovethe 1: a scientific research satellite

that made Canada the 3rd country into space. (1962)

Anik 1: a communication satellite in geosynchronous orbit for communications. (1972)

Canada is the world leader in communications.

• the history blips on TV with the towers.• First trans-Atlantic message.• First communication satellite.• First cell phone service.

Page 10: Getting into Space (16.1, 16.3) BLM 16.1. Getting into Space (16.1) Read p. 488-490 1.How do aircraft fly? 2.How do spacecraft fly? 3.What is the difference.

Canada is also a world leader in Robotics.

Marc Garneau was the first Canadian in space. He is now the head of the Canadian Space Agency (CSA).

What is Canada’s most famous space equipment?

Canada Arm

Page 11: Getting into Space (16.1, 16.3) BLM 16.1. Getting into Space (16.1) Read p. 488-490 1.How do aircraft fly? 2.How do spacecraft fly? 3.What is the difference.

International Space Station (ISS)(16.6)

The first living quarters in space were Salyut then Skylab.

Mir was the first continuously docked lab.

Now International Space Station includes:Brazil Canada EuropeJapan Russia USA

Page 12: Getting into Space (16.1, 16.3) BLM 16.1. Getting into Space (16.1) Read p. 488-490 1.How do aircraft fly? 2.How do spacecraft fly? 3.What is the difference.
Page 13: Getting into Space (16.1, 16.3) BLM 16.1. Getting into Space (16.1) Read p. 488-490 1.How do aircraft fly? 2.How do spacecraft fly? 3.What is the difference.

Four Research Modules (ISS)Service Module Habitation ModuleRemote Robotic controls Cargo BlockDocking station Huge solar panels

These parts are all connected to a central beam 100m long.

It took 45 launches of satellites, revolves at 450 km, and weighs 450 000 kg.

p. 499, questions 1, 2. What are Canada’s contributions to the ISS? (p. 499)

Page 14: Getting into Space (16.1, 16.3) BLM 16.1. Getting into Space (16.1) Read p. 488-490 1.How do aircraft fly? 2.How do spacecraft fly? 3.What is the difference.