Please rephrase your question. It makes little sense in its present form
Absolutely ! At their closest point on their orbits - the Earth and Mars are 60 million kilometres apart !
No. The distance from the Earth to the Sun is 8 light-minutes.It takes light 8 minutes to travel from the Sun to the Earth, in other words.The distance that light can travel in one year is one light-year.
Keep in mind that radio waves are measured, and travel by the wavelength and frequency. If you know any information about the signal (strength, wavelength, frequency, etc), these can often be translated to total energy and speed of travel. This calculation can be general, or made very precise (often involving an interesting constant, the "permittivity of free space"). Remember that frequency is often measured in inverse distance units, so 1/cm or cm^-1. These can be easily converted to standard units (meters) and translate to energy and speed. Using the distance from Venus to Earth, the total time to travel can be determined.
The frequency does not change the speed the signal travels. For most math books, the speed of light is indicated as 300,000 km/s (actually 299,792,458 m/s). So the formula is Time (sec) = Distance (km) / c (300000 km/s). 80,000,000 / 300,000 = 266 2/3 seconds or 4 minutes and 26 2/3 seconds.
The distance of the earth from the sun is 150 kilometres.
149.6 million km
Absolutely ! At their closest point on their orbits - the Earth and Mars are 60 million kilometres apart !
In distance, Venus has a smaller distance to travel than The Earth
150 million kilometer or 96 million miles
To find the distance between the Earth and Moon you would use Lunar distance. Lunar distance is the measurement from and to the Earth and Moon which calculates 238,900 miles
No. The distance from the Earth to the Sun is 8 light-minutes.It takes light 8 minutes to travel from the Sun to the Earth, in other words.The distance that light can travel in one year is one light-year.
If you measured the distance between the moon and earth you could calculate the correct Distance you are recommended to travel.
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.
If there is a street for sky, so it will take seventy years to walk for a human being.
The distance that vibrations travel depends on various factors such as the amplitude, frequency, and medium through which they propagate. In general, vibrations can travel short to long distances depending on their intensity, with some capable of traveling hundreds of miles through solid materials like the Earth's crust during an earthquake.
The average distance from the sun to the Earth is about 93 million miles (150 million kilometers). The sun's rays travel this distance through the vacuum of space to reach the Earth and provide light and heat.
Surface waves have lower frequency than body waves. Surface waves travel along the Earth's surface and cause the ground to shake in a rolling motion, while body waves travel through the Earth's interior and can travel at higher frequencies.