# How far away are the planets from the Sun in scientific notation?

## How far away are the planets from the Sun in scientific notation?

“Planet Distance from the sun (in km) Distance in scientific notation Mercury 57,909,000 57909*10^3 Venus 108,200,000 km Earth 149,600,000 km Mars 297,940,000 km Jupiter 778,400,000 km Saturn 1,423,600,000 km Uranas 2,867,000,000 km Neptune 4,488,400,000 km.”

## What planet is 778600000 km from sun?

“Name: Jupiter Distance from the Sun: The distance from the Sun to Jupiter is 778,600,000 Km! Length of day: The days on Jupiter only last 9.9 hours. Length of year: The years on Jupiter last 11.9 Earth years, that’s crazy! Number of moons: Jupiter has 79 moons, more than any other planet in our Solar system.”

## How far is Uranus from the Sun in scientific notation?

**“Uranus”**

“

Discovered By | William Herschel |
---|---|

Date of Discovery | 13 March 1781 |

Orbit Size Around Sun (semi-major axis) | Metric: 2,870,658,186 km English: 1,783,744,300 miles Scientific Notation: 2.8706582 x 10 (1.9189165 x 10^{9} km^{1} A.U.) By Comparison: 19.189 x Earth |

“

## What is the scientific notation of all planets?

“Sun=199×1028=1.99×1028×102=1.99×1030Mercury=33×1022=3.3×1022×102=3.3×1023Venus=487×1022=4.87×1022×102=4.87×1024Earth=597×1028=5.97×1022×102=5.97×1024Mars=642×1027=6.42×1027×102=6.42×1029Jupiter=19×1026=1.9×1026×10=1.9×1027Saturn=568×1024=5.68×1024×102=5.68×1026Uranus=868×1023=8.68×1023×102=8.68×1025Neptune=102×1024= …”

## How do you find distance in scientific notation?

““

## What is the scientific notation of the Sun?

“Using scientific notation, the mass of the sun is 1.98892 * 1030 kilograms and the mass of an electron is 9.10938 * 10-31 kilograms. Likewise 0.1 = 1/10 = 10-1; 0.01 = 1/100 = 10-2; 0.001 = 1/1,000 = 10-3; 0.0001 = 1/10,000 = 10-4 and so on.”

## Which planet is 110 million km from the Sun?

“Mercury (planet) – Wikipedia.”

## What planet is 150 million km from the Sun?

“As noted earlier, Earth’s average distance to the Sun is about 93 million miles (150 million kilometers) from the Sun.”

## What planet is 107 million km from the Sun?

“All of the planets orbit the sun in an ellipse, rather than a circle, but Venus has the most circular orbit of the planets. On average, the distance to Venus from the sun is 67 million miles (108 million km).”

## What is the distance from Neptune to the Sun in scientific notation?

**“Neptune”**

“

Discovered By | Urbain Le Verrier, John Couch Adams, Johann Galle |
---|---|

Date of Discovery | 23 September 1846 |

Orbit Size Around Sun (semi-major axis) | Metric: 4,498,396,441 km English: 2,795,173,960 miles Scientific Notation: 4.4983964 x 10 (3.0069923 x 10^{9} km^{1} A.U.) By Comparison: 30.070 x Earth |

“

## How far is Pluto from the Sun in scientific notation?

“Hence in scientific notation 3,670,000,000=3.67×109 (note that as we have moved decimal nine points to the left, to compensate, we are multiplying by 109 . Hence, in scientific notation, Pluto’s distance from the sun is 3.67×109 miles.”

## How old is the Sun in scientific notation?

“Our Sun is 4,500,000,000 years old. That’s a lot of zeroes. That’s four and a half billion.”

## What is the scientific notation formula?

“Scientific notation is a way of writing very large or very small numbers. A number is written in scientific notation when a number between 1 and 10 is multiplied by a power of 10. For example, 650,000,000 can be written in scientific notation as 6.5 ✕ 10^8.”

## How do you type a scientific notation?

“For scientific notation, you can type either a caret (^) or the letter e followed by a number to indicate an exponent. You can use both positive and negative exponents. For example, to indicate 0.012 , you can enter either of the following expressions: 1.2*10^-2.”

## What are the 4 rules of scientific notation?

“The base should be always 10. The exponent must be a non-zero integer, that means it can be either positive or negative. The absolute value of the coefficient is greater than or equal to 1 but it should be less than 10. Coefficients can be positive or negative numbers including whole and decimal numbers.”

## What is 36000000 in scientific notation?

“That means the answer is1.984×103. In our case we have to find the scientific notation of 36,000,000 we have to divide 36,000,000 with power of 10 such that quotient is between 1 to 10 then multiply with it. The divisor will be107.”

## What are 3 examples of scientific notation?

**“Why Use It?”**

“

- width: 0.000 002 56m = 2.56×10.
^{–}^{6} - length: 0.000 000 14m = 1.4×10.
^{–}^{7} - height: 0.000 275m = 2.75×10.
^{–}^{4}

“

## How far is Mars from the sun in scientific notation?

**“An Introduction to Mars”**

“

Discovered By | Known by the Ancients |
---|---|

Date of Discovery | Unknown |

Orbit Size Around Sun (semi-major axis) | Metric: 227,943,824 km English: 141,637,725 miles Scientific Notation: 2.2794382 x 10 (1.523662 A.U.) By Comparison: 1.524 x Earth^{8} km |

“

## How far away are the planets from the Sun?

**“239,000 ÷ 36,373 = 6.57 hours”**

“

Planet | Distance from Sun (miles) | Distance (cm) |
---|---|---|

Venus |
67,000,000 |
6.7 |

Earth | 93,000,000 | 9.3 |

Mars | 142,000,000 | 14.2 |

Asteroid Belt | 297,000,000 | 29.7 |

“

## How far is Jupiter from the Sun in scientific notation?

**“Jupiter”**

“

Discovered By | Known by the Ancients |
---|---|

Date of Discovery | Unknown |

Orbit Size Around Sun (semi-major axis) | Metric: 778,340,821 km English: 483,638,564 miles Scientific Notation: 7.7834082 x 10 (5.2028870 A.U.) By Comparison: 5.203 x Earth^{8} km |

“

## How far are the 8 planets from the Sun?

**“The Planets in Our Solar System”**

“

Planet (or Dwarf Planet) | Distance from the Sun (Astronomical Units/miles/km) |
---|---|

Earth |
1 AU 93 million mi 149.6 million km |

Mars |
1.524 AU 141.6 million mi 227.9 million km |

Jupiter |
5.203 AU 483.6 million mi 778.3 million km |

Saturn |
9.539 AU 886.7 million mi 1,427.0 million km |

“

## How far away are the planets from the Sun in KM?

“Planet Distance from Sun (AU) Distance to planet (kilometers) Scale distance from Sun (centimeters) Actual diameter (kilometers) Sun (a star) 0 1,391,980 Mercury 0.39 58,000,000 4,880 Venus 0.72 108,000,000 12,100 Earth 1.00 150,000,000 12,800 Mars 1.52 228,000,000 6,800 Jupiter 5.20 778,000,000 142,000 Saturn 9.54 …”