![How long would it take a radio - wave of frequency, 6 × 10^3sec^-1 to travel from Mars to the Earth, a distance of 8 × 10^7km . How long would it take a radio - wave of frequency, 6 × 10^3sec^-1 to travel from Mars to the Earth, a distance of 8 × 10^7km .](https://dwes9vv9u0550.cloudfront.net/images/5059019/6245ead3-1e66-4d25-948e-ff6ed451e87a.jpg)
How long would it take a radio - wave of frequency, 6 × 10^3sec^-1 to travel from Mars to the Earth, a distance of 8 × 10^7km .
![Appendix 3 Radio Frequency Radiometry of the Planets | The Atmospheres of Mars and Venus |The National Academies Press Appendix 3 Radio Frequency Radiometry of the Planets | The Atmospheres of Mars and Venus |The National Academies Press](https://nap.nationalacademies.org/books/12424/gif/76.gif)
Appendix 3 Radio Frequency Radiometry of the Planets | The Atmospheres of Mars and Venus |The National Academies Press
AIR FORCE MARS OPERATING INSTRUCTION 2 August 2017 Communications and Information MILITARY AUXILIARY RADIO SYSTEM OPERATIONS COM
![SOLVED:How long would it take a radio wave whose frequency is 7.25 ×10^5 Hz to travel from Mars to Earth if the distance between the two planets is approximately 8.00 ×10^7 km ? SOLVED:How long would it take a radio wave whose frequency is 7.25 ×10^5 Hz to travel from Mars to Earth if the distance between the two planets is approximately 8.00 ×10^7 km ?](https://cdn.numerade.com/previews/8198dace-a04f-42aa-b23b-7218432eb198_large.jpg)
SOLVED:How long would it take a radio wave whose frequency is 7.25 ×10^5 Hz to travel from Mars to Earth if the distance between the two planets is approximately 8.00 ×10^7 km ?
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NETCOM Offers Training for a Timeless Technology: High Frequency (HF) Radio Communications | Article | The United States Army
![NASA Turns to Laser Communications System for Data Transfer Boost | Business | May 2021 | Photonics.com NASA Turns to Laser Communications System for Data Transfer Boost | Business | May 2021 | Photonics.com](https://www.photonics.com/images/Web/Articles/2021/5/14/thumbnail_66985.jpg)
NASA Turns to Laser Communications System for Data Transfer Boost | Business | May 2021 | Photonics.com
![How long would it take a radio wave of frequency 6xx10^(3) sec^(-1) to travel from mars to the earth, a distance of 8xx10^(7)km ? How long would it take a radio wave of frequency 6xx10^(3) sec^(-1) to travel from mars to the earth, a distance of 8xx10^(7)km ?](https://d10lpgp6xz60nq.cloudfront.net/web-thumb/19037643_web.png)