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How long does it take a radio signal from the Voyager spacecraft to reach Earth if the distance between Voyager and Earth is 1.99 109 km?
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How long would it take to send a radio signal from Earth to a spacecraft that's 900 million meters away?
6 minutes
What is the wavelength of an object?
The wavelength of a signal is calculated by c/f. C is the velocity of the wave and f the frequency of the signal. Wavelength is defined as the distance between any two successive crests or troughs in case of a mechanical wave. In case of longitudinal wave, the distance between two successive compressions or rarefactions will be the wavelength. In case of electromagnetic wave c/f will be the wavelength
What does the code 54 mean for a 1992 Plymouth Voyager?
I believe that a 54 code is for Turbo only. It may be the synchronization pick up circut. It is not showing a distributor synchronization signal.
Why is Red Light used in danger signal?
red light has a longer wavelength so it does not get scattered easily and can cover a long distance thus reaching a far observer in case of a traffic signal or as a danger signal.
How long does it take for Voyager 1's radio signal to reach earth from the Heliosphere at the edge of our solar system?
At the moment - according to the Wikipedia article (see related link) it takes about 16 hours for signals sent from Voyager to reach Earth. At least that's what it says in the section titled 'Current Status'
How long does it take a radio signal from the Voyager spacecraft to reach Earth if the distance between Voyager and Earth is 4.16 109 km?
The speed of light is about 300,000 km/sec. Just divide the distance by the speed of light. The answer will be in seconds; divide by 60 to get minutes, by 3600 to get hours, or by 86400 to get days.
How long does it take a radio signal from the Voyager spacecraft to reach Earth if the distance between Voyager and Earth is 3.03 109 km?
Distance = 3.03 x 109 kmSpeed of radio = 3 x 108 m/s = 3 x 105 km/sTime = (distance)/(speed) = (3.03 x 109)/(3 x 105) = 1.01 x 104 seconds = 2hrs48.3min (rounded)
The Voyager 1 spacecraft is currently about 18.5 billion km from the Earth. How long does it take in seconds for a radio signal to get from Voyager 1 to Earth?
That distance you gave is nearly 200 astronomical units so if that is right the time would be 8 minutes times 200, which is 26½ hours.
The space craft that flew by and photographed the four gas giants in the 1970's?
That was the Voyager I and II spacecraft. Voyager I is 10 billion miles away from the sun (the Earth is only ~93 million miles from the sun and Pluto is 3.67 billion miles). A radio signal from Voyager takes ~15 hours to reach Earth.
What is the use of an amplifier?
Increase the incoming signal between every even distance
What is the use of the amplifier?
Increase the incoming signal between every even distance
1.A certain spacecraft is 3.3 AU (Astronomical Units) from Earth. How long in seconds does it take for a signal to reach the Earth after it is transmitted from the spacecraft Hint An AU is about 149.9?
One AU, the distance from the Earth to the Sun, is 500 light-seconds. A signal to a spacecraft at a distance of 3.3 AU would take 500 x 3.3 = 1,650 seconds, or 27.5 minutes.
Why would turn signal lights not work on 2000 Plymouth voyager?
The Turn Signal Switch is bad in the column and needs to be replaced.
What is the distance between signal towers on The Great Wall of China?
Interestingly, the distance varies from a hundred yards (or less ) to a quarter of a mile (or more!).
What does the Code 22 on a 1995 Plymouth Voyager mean?
22- Coolant sensor signal out of range22- Coolant sensor signal out of range
What cause echo on mobile phones?
Echo can be caused by Atmospheric, magnetic between 2 signal points, depending on location & distance of signal points & caller
What happens to the distance between the crests when the amplitude is increased?
Nothing happens. Distance between crests is a measure of frequency; amplitude is a measure of the strength, the height of the wave, or auditory volume of the signal.
