planets distances and scientific notation

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Planets Distances and Scientific Notation M&A Dávila

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Planets Distances and Scientific Notation. 4,000,000,000 mi. 0 mi. 4 x 10 mi. 9. 0 mi. 4,000,000,000 mi. 2,000,000,000 mi. 0 mi. 4 x 10 mi. 9. 2 x 10 mi. 9. 0 mi. 4,000,000,000 mi. 2,000,000,000 mi. 1,000,000,000 mi. 0 mi. 4,000,000,000 mi. 3,000,000,000 mi. 2,000,000,000 mi. - PowerPoint PPT Presentation

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Page 1: Planets Distances and Scientific Notation

Planets Distancesand Scientific Notation

M&A Dávila

Page 2: Planets Distances and Scientific Notation

0 mi

4,000,000,000 mi

Page 3: Planets Distances and Scientific Notation

0 mi

4 x 10 mi9

Page 4: Planets Distances and Scientific Notation

0 mi

4,000,000,000 mi

2,000,000,000 mi

Page 5: Planets Distances and Scientific Notation

0 mi

4 x 10 mi9

2 x 10 mi9

Page 6: Planets Distances and Scientific Notation

0 mi

4,000,000,000 mi

2,000,000,000 mi

1,000,000,000 mi

Page 7: Planets Distances and Scientific Notation

0 mi

4,000,000,000 mi

2,000,000,000 mi

1,000,000,000 mi

3,000,000,000 mi

Page 8: Planets Distances and Scientific Notation

0 mi

4 x 10 mi9

2 x 10 mi9

1 x 10 mi9

Page 9: Planets Distances and Scientific Notation

0 mi

4 x 10 mi9

2 x 10 mi9

3 x 10 mi9

1 x 10 mi9

Page 10: Planets Distances and Scientific Notation

0 mi

4,000,000,000 mi

2,000,000,000 mi

1,000,000,000 mi

3,000,000,000 mi

3,500,000,000 mi

2,500,000,000 mi

1,500,000,000 mi

500,000,000 mi

Page 11: Planets Distances and Scientific Notation

4 x 10 mi9

2 x 10 mi9

3 x 10 mi9

1 x 10 mi9

3.5 x 10 mi9

2.5 x 10 mi9

1.5 x 10 mi9

5 x 10 mi8

0 mi

Page 12: Planets Distances and Scientific Notation

0 mi

4,000,000,000 mi

2,000,000,000 mi

1,000,000,000 mi

3,000,000,000 mi

3,500,000,000 mi

2,500,000,000 mi

1,500,000,000 mi

500,000,000 mi250,000,000 mi

750,000,000 mi

1,250,000,000 mi

1,750,000,000 mi

2,250,000,000 mi

2,750,000,000 mi

3,250,000,000 mi

3,750,000,000 mi

Page 13: Planets Distances and Scientific Notation

4 x 10 mi9

2 x 10 mi9

3 x 10 mi9

1 x 10 mi9

3.5 x 10 mi9

2.5 x 10 mi9

1.5 x 10 mi9

5 x 10 mi8

7.5 x 10 mi8

1.25 x 10 mi9

1.75 x 10 mi9

2.25 x 10 mi9

2.75 x 10 mi9

3.25 x 10 mi9

3.75 x 10 mi9

0 mi2.5 x 10 mi8

Page 14: Planets Distances and Scientific Notation

MERCURY

Mercury has an average distance from the Sun of 36,000,000 mi

(57 936 384 km)

SUNMercury

36,000,000 mi (57,936,384 km)

Page 15: Planets Distances and Scientific Notation

0 mi

250,000,000 mi

Page 16: Planets Distances and Scientific Notation

0 mi

125,000,000 mi

250,000,000 mi

Page 17: Planets Distances and Scientific Notation

0 mi

62,500,000 mi

250,000,000 mi

125,000,000 mi

Page 18: Planets Distances and Scientific Notation

0 mi

62,500,000 mi

250,000,000 mi

125,000,000 mi

31,250,000 mi

Mercury

Mercury

Mercury

Page 19: Planets Distances and Scientific Notation

VENUS

Venus has an average distance from the Sun of 67,230,000 mi (108,196,000 km)

8SUN

Venus

67,230,000 mi (108,196,000 km)

Page 20: Planets Distances and Scientific Notation

0 mi

62,500,000 mi

250,000,000 mi

125,000,000 mi

31,250,000 mi

Mercury

Mercury

Mercury

Venus

Page 21: Planets Distances and Scientific Notation

SUNEarth

92,955,820 mi (149,597,890 km)

EARTH

Earth has an average distance from the Sun of 92,955,820 mi (149,597,890 km)

Page 22: Planets Distances and Scientific Notation

Astronomical Unit (AU)

In our solar system we tend to describe distances in terms of the Astronomical Unit (AU).

Page 23: Planets Distances and Scientific Notation

Astronomical Unit (AU)

The Astronomical Unit (AU) is defined as the average distance between the Earth and the Sun.

SUNEarth

average distance

Page 24: Planets Distances and Scientific Notation

Astronomical Unit (AU)

SUNEarth

approximately93,000,000 mi

(150,000,000 km)

Page 25: Planets Distances and Scientific Notation

Astronomical Unit (AU)

SUNEarth

93,000,000 mi = 1 AU(150,000,000 km = 1 AU)

Page 26: Planets Distances and Scientific Notation

Earth

Hubble Space Telescope

• Average distance from the Sun: 92,955,820 mi (149,597,890 km)

• The Hubble Space Telescope was launched in 1990

• It orbits far above the Earth’s atmosphere and returns data

Earth

Page 27: Planets Distances and Scientific Notation

Earth to Moon

• In 1959 Luna 1 left Earth and passed within the 5,995 km (3,725 mi) of the Moon’s surface after 83 hours of flight. Earth

Moon

Page 28: Planets Distances and Scientific Notation

0 mi

62,500,000 mi

250,000,000 mi

125,000,000 mi

31,250,000 mi

Mercury

Mercury

Mercury

Venus

Earth

Page 29: Planets Distances and Scientific Notation

Venus• Average distance

from the Sun: 67,237,910 mi (108,208,930 km)

• On November 1973, Mariner 10 was sent on a trip through the inner solar system

• It flew past Venus on February 5, 1974Earth

Venus

Mariner 10

Page 30: Planets Distances and Scientific Notation

Mercury• Average distance

from the Sun 36,000,000 mi(60,000,000 km)

• On November 1973, Mariner 10 was sent on a trip through the inner solar system

• After the Venus flyby, Mariner 10 reached Mercury on March 29, 1974

Earth

Mercury

Mariner 10

Page 31: Planets Distances and Scientific Notation

MARS

Mars has an approximate distance from the sun of 141,700,000 mi (228,000,000 km)

SUNMars

141,700,000 mi(228,000,000 km)

Page 32: Planets Distances and Scientific Notation

Mars

• Minimum distance from Earth is 56,000,000 km (35,000,000 mi)

• The minimum distance from at 60 mi per hr it would take 66.5 years

• Light travels at a speed of 670,000,000 miles per hour, it would take 5 minutes

• In 1964, it took Mariner 4 eight months to reach Mars

• Average distance from Mars to the Sun: 142,000,000 mi (228,000,000 km)Earth

Mars

Mariner

Page 33: Planets Distances and Scientific Notation

JUPITER

Jupiter has an average distance from the Sun of 483,000,000 mi (778,000,000 km)

SUNJ upiter

483,000,000 mi(778,000,000 km)

Page 34: Planets Distances and Scientific Notation

Jupiter• Average distance

from the Sun 483,000,000 mi (778,000,000 km)

• It took the Galileo spacecraft six years to reach it (launched on October 1989 )

Jupiter

Earth

Page 35: Planets Distances and Scientific Notation

SATURN

Saturn has an average distance from the Sun of 887,140,000 mi (1,427,000,000 km)

SUNSaturn

887,140,000 mi(1,427,000,000 km)

Page 36: Planets Distances and Scientific Notation

Saturn

• Average distance from the Sun: 885,904,700 mi (1,425,725,400 km)

• Cassini-Huygens spacecraft was launched on July 2004

• It took four years to reach Saturn

Saturn

Page 37: Planets Distances and Scientific Notation

URANUS

Uranus has an average distance from the Sun of 1,783,939,400 mi (2,870,972,000 km)

SUNUranus

1,783,939,400 mi(2,870,972,000 km)

Page 38: Planets Distances and Scientific Notation

Uranus• Average distance from

the Sun: 1,783,939,400 mi (2,870,972,200 km)

• Voyager 2 • It was launched on

August 1977• The closest approach

occurred January 1986 (a little less than nine years since it was launched)

UranusEarth

Voyager 2

Page 39: Planets Distances and Scientific Notation

NEPTUNE

Neptune has an average distance from the Sun of 2,796,460,000 mi (4,497,000,000 km)

SUNNeptune

2,796,460,000 mi(4,497,000,000 km)

Page 40: Planets Distances and Scientific Notation

Neptune• Average distance from

the Sun: 2,795,084,800 mi (4,498,252,900 km)

• Voyager 2 • It was launched on

August 1977• The closest approach

occurred August 1989 (about three years after reaching Uranus)

Voyager 2

NeptuneEarth

Page 41: Planets Distances and Scientific Notation

PLUTO

Pluto has an average distance from the Sun of 3,666,000,000 mi (5,906,000,000 km)

SUNPluto

3,666,000,000 mi(5,906,000,000 km)

Page 42: Planets Distances and Scientific Notation

Pluto• Average distance from

the Sun: 3,670,050,000 mi (5,906,380,000 km)

• New Horizon was launched on January 2006

• Should reach Pluto on July 2015Earth

Pluto

New Horizons

Page 43: Planets Distances and Scientific Notation