250 msec
the speed of light = 299792458 m / sGEO (Geostationary Earth Orbit) = 35863000 m above the Earth's surfaceround trip time = 2*(35863000)/299792458 =0.239 sthe time needed for an RF signal to reach a GEO satellite and gets retransmitted back to a ground station on earth is approximately 240 milliseconds(assuming zero signal propagation/processing time in the satellite and equatorial ground station location with the same longitude as the satellite slot)
It would take a radar signal 3049600 seconds to complete a round-trip between Earth and Mars. Divide by 60 to get minutes and divide again to get hours.
My RV Chevy engine V8 454 has 43000 miles , til now inewer had a problem, my last trip was a horror, after 50miles the engine begin to cought and misfiring on the muffler, and it was not running round
The trip opometer can be reset and doesn't change the odometer. The trip opometer can be reset and doesn't change the odometer. An odometer is a continual counter of distance and a trip odometer measures from point A to B and can be reset.
Amelia Earhart flew across the Atlantic Ocean several times, but the flight that got noticed was her solo trip over the Atlantic. This trip took her more than 20 hours, but also vaulted her to fame.
Round trip delay refers to the total time it takes for a signal to travel from the source to a destination and back again. It includes the time taken for the signal to reach its destination (one-way delay) and the time taken for the response to return. This metric is crucial in network performance analysis, as it affects user experience in applications like video conferencing and online gaming. High round trip delays can lead to latency issues, impacting the efficiency of communication and data transfer.
The up-and-down propagation delay for a satellite link is primarily determined by the distance to the satellite and back to Earth. For geostationary satellites, this distance is approximately 35,786 kilometers, leading to a round-trip propagation delay of about 240 milliseconds. Consequently, while the link operates at 1 Mbps, the effective throughput will be impacted by this latency, especially in applications sensitive to delay, such as real-time communications.
The best-case delay is the time it takes for a signal to travel the round trip of 80,000 km to the satellite and back. Since electromagnetic signals travel at the speed of light, we have the following: 80,000,000 m / 299,792,458 m/s .= 0.267 seconds
The term "round trip" is generally not hyphenated when used as a noun (e.g., "I booked a round trip"). However, it can be hyphenated as "round-trip" when used as an adjective before a noun (e.g., "I purchased a round-trip ticket"). The usage depends on its grammatical role in the sentence.
Mostar Round-Trip was created in 2011.
No
Round Trip to Mars was created on 1957-09-23.
Yes, the round trip there and back is included in the package.
Yes, a round trip there and back is included in the package.
That is the correct spelling of the term "round trip" (there and back). If it is used as an adjective, it should be hyphenated (e.g. round-trip ticket) because otherwise it could be read as two separate adjectives.
That depends how high the atmospheric reflecting layers are, how many times the signalhas to bounce between those ionized layers and the ground, and how long the actual pathis by the time it goes through enough up and down zigs and zags.Just for grins, let's assume the total distance it has to travel in order to go half-way aroundthe world in an up and down zig-zag is actually equal to the distance all the way aroundthe world.It takes a radio wave about 0.134 of a second to cover that distance.
A round trip typically takes 2 days.