Biology, 12.11.2020 04:50 awsomelife123

How far away is each planet from the Sun?

Answers: 2

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Answers

Answer from: trying1to1pass

Explanation:

Planet (or Dwarf Planet)Distance from the Sun

(Astronomical Units

miles

km)Period of Revolution Around the Sun

(1 planetary year)Period of Rotation

(1 planetary day)Mass

(kg)Diameter

(miles

km)Apparent size

from EarthTemperature

Range or Average)Number of Moons

Mercury0.39 AU, 36 million miles

57.9 million km87.96 Earth days58.7 Earth days3.3 x 10233,031 miles

4,878 km5-13 arc seconds100-700 K

mean=452 K0

Venus0.723 AU

67.2 million miles

108.2 million km224.68 Earth days243 Earth days4.87 x 10247,521 miles

12,104 km10-64 arc seconds726 K0

Earth1 AU

93 million miles

149.6 million km365.26 days24 hours5.98 x 10247,926 miles

12,756 kmNot Applicable260-310 K1

Mars1.524 AU

141.6 million miles

227.9 million km686.98 Earth days24.6 Earth hours

=1.026 Earth days6.42 x 10234,222 miles

6,787 km4-25 arc seconds150-310 K2

Jupiter5.203 AU

483.6 million miles

778.3 million km11.862 Earth years9.84 Earth hours1.90 x 102788,729 miles

142,796 km31-48 arc seconds120 K

(cloud tops)67 (18 named plus many smaller ones)

Saturn9.539 AU

886.7 million miles

1,427.0 million km29.456 Earth years10.2 Earth hours5.69 x 102674,600 miles

120,660 km15-21 arc seconds

excluding rings88 K62 (30 unnamed)

Uranus19.18 AU

1,784.0 million miles

2,871.0 million km84.07 Earth years17.9 Earth hours8.68 x 102532,600 miles

51,118 km3-4 arc seconds59 K27 (6 unnamed)

Neptune30.06 AU

2,794.4 million miles

4,497.1 million km164.81 Earth years19.1 Earth hours1.02 x 102630,200 miles

48,600 km2.5 arc seconds48 K13

Pluto (a dwarf planet)39.53 AU

3,674.5 million miles

5,913 million km247.7 years6.39 Earth days1.29 x 10221,413 miles

2,274 km0.04 arc seconds37 K4

Answer from: Graciesett6879

The Planets in Our Solar System

Planet (or Dwarf Planet)Distance from the Sun

(Astronomical Units

miles

km)Period of Revolution Around the Sun

(1 planetary year)Period of Rotation

(1 planetary day)Mass

(kg)Diameter

(miles

km)Apparent size

from EarthTemperature

Range or Average)Number of Moons

Mercury0.39 AU, 36 million miles

57.9 million km87.96 Earth days58.7 Earth days3.3 x 10233,031 miles

4,878 km5-13 arc seconds100-700 K

mean=452 K0

Venus0.723 AU

67.2 million miles

108.2 million km224.68 Earth days243 Earth days4.87 x 10247,521 miles

12,104 km10-64 arc seconds726 K0

Earth1 AU

93 million miles

149.6 million km365.26 days24 hours5.98 x 10247,926 miles

12,756 kmNot Applicable260-310 K1

Mars1.524 AU

141.6 million miles

227.9 million km686.98 Earth days24.6 Earth hours

=1.026 Earth days6.42 x 10234,222 miles

6,787 km4-25 arc seconds150-310 K2

Jupiter5.203 AU

483.6 million miles

778.3 million km11.862 Earth years9.84 Earth hours1.90 x 102788,729 miles

142,796 km31-48 arc seconds120 K

(cloud tops)67 (18 named plus many smaller ones)

Saturn9.539 AU

886.7 million miles

1,427.0 million km29.456 Earth years10.2 Earth hours5.69 x 102674,600 miles

120,660 km15-21 arc seconds

excluding rings88 K62 (30 unnamed)

Uranus19.18 AU

1,784.0 million miles

2,871.0 million km84.07 Earth years17.9 Earth hours8.68 x 102532,600 miles

51,118 km3-4 arc seconds59 K27 (6 unnamed)

Neptune30.06 AU

2,794.4 million miles

4,497.1 million km164.81 Earth years19.1 Earth hours1.02 x 102630,200 miles

48,600 km2.5 arc seconds48 K13

Pluto (a dwarf planet)39.53 AU

3,674.5 million miles

5,913 million km247.7 years6.39 Earth days1.29 x 10221,413 miles

2,274 km0.04 arc seconds37 K4

Planet (or Dwarf Planet)Distance from the Sun

(Astronomical Units

miles

km)Period of Revolution Around the Sun

(1 planetary year)Period of Rotation

(1 planetary day)Mass

(kg)Diameter

(miles

km)Apparent size

from EarthTemperature

Range or Average)Number of Moons

Explanation:

Answer from: Quest

primary succession occurs in essentially lifeless areas regions in which the soil is incapable of sustaining life as a result of such factors as lava flows, newly formed sand dunes, or rocks left from a retreating glacier. secondary succession occurs

Answer from: Quest

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