70,300,000,000 divided by 30,000,000,000 equals 2.34333333 seconds.
The Earth looks bright - thus much of the light reaching Earth is reflected back into space.
All of the Mecury space capsules were designed to land in the ocean, where they would be recovered by Navy helicopters.
Back in space is good name. Space is to mestirous and interesting subject. I think about space, star, planets, satellite and so many things
A probe is a spacecraft that travels through space to collect science information. ... Probes send data back to Earth for scientists to study. The First Probes. Sputnik 1 was the first probe to go into space.
Radio waves can travel indefinitely through space until they dissipate or are absorbed by particles in space. The farthest man-made radio signal, the Voyager 1 spacecraft, has been transmitting radio signals back to Earth from over 14 billion miles away.
radio
Radio signals travel at the speed of light and all other forms of electromagnetic radiation. That means roughly 2.5 seconds to the moon and back, 8.7 minutes to Mars and back when it's closest to earth, 17 minutes to the sun and back, 9 years to the nearest star and back, etc.
Yes. Space telescopes require many radio antennas to transmit their observations back to Earth.
Radio waves are often referred to as space waves because they have the ability to move through space. Radio waves are a type of electromagnetic radiation.
0.301 seconds
Space probes use radio waves to send information back to Earth. They are equipped with radio antennas that transmit the data collected by the instruments on board to communication satellites or directly to ground stations. The transmitted signals are received and processed by ground stations to analyze the data collected by the space probe.
The radiation emitted by sunspots ionizes the upper layers of the Earth's atmosphere. When that happens, radio waves (TV & radio) refract (bend) more in the ionization rather than shoot off into outer space as much. The radio waves by bending back to Earth travel much farther than if they just went straight. In the right conditions, these bent radio waves can bounce up off the Earth's surface and refract again in the ionized layers of the atmosphere, coming back down. In this ways, radio waves can travel long distances. The result is, that these long-distance radio waves come back to Earth where there are other radio and TV stations using the very same frequencies, and the long-distance radio waves interfere with the local programing.
Naturally the ball in space will travel the longest distance as long as it does not bump into something along the way. Gravity on earth will cause the ball thrown to fall back to earth.
Because of all the EM radiation we receive from the sun.Also . . .we can see the moonwe can see the sunwe can see other starswe can communicate by radio with astronauts on the moonwe can communicate by radio with the Curiosity on Marswe can communicate by radio with our space probes that have left the solar systemwe can bounce light and radio from Earth to moon and back to Earth
Space probes typically transmit images back to Earth using radio waves. The images are converted into digital data and sent as radio signals to communication antennas on Earth. These antennas then receive the signals and decode them to reconstruct the images for scientists to study.
it refracts the radio waves back towards the earth