Question

The most distant object that human explorers have ever visited in person is the Moon, which has a maximum distance from Earth of: $4.05 \times 10^5$ km The next destination for human astronauts may be Mars, which has a minimum distance from Earth of: $5.46 \times 10^7$ km Calculate how many times farther astronauts will have to travel than they've ever traveled before in order to reach Mars. When you write this number in scientific notation, what is the exponent?

          The most distant object that human explorers have ever visited in person is the
Moon, which has a maximum distance from Earth of:
$4.05 \times 10^5$ km
The next destination for human astronauts may be Mars, which has a minimum
distance from Earth of:
$5.46 \times 10^7$ km
Calculate how many times farther astronauts will have to travel than they've
ever traveled before in order to reach Mars. When you write this number in
scientific notation, what is the exponent?

The most distant object that human explorers have ever visited in person is the
Moon, which has a maximum distance from Earth of:
4.05 × 10^5 km
The next destination for human astronauts may be Mars, which has a minimum
distance from Earth of:
5.46 × 10^7 km
Calculate how many times farther astronauts will have to travel than they've
ever traveled before in order to reach Mars. When you write this number in
scientific notation, what is the exponent?

Added by Nicholas P.

University Physics with Modern Physics

Hugh D. Young 14th Edition

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Solved by Expert Sarita Rana

Step 1

The maximum distance from Earth to the Moon is given as 4.05 x 10^5 km. Show more…

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" The most distant object that human explorers have ever visited in person is the Moon; which has a maximum distance from Earth of: 4.05 x 105 km The next destination for human astronauts may be Mars, which has a minimum distance from Earth of: 5.46 x 107 km Calculate how many times farther astronauts will have to travel than they've ever traveled before in order to reach Mars. When you write this number in scientific notation, what is the exponent?"