It takes a looooooooooooooooooooooooong time! You're at "1g" when you're just sittin' around - 1g being 1x of the force of gravity. So at 1g, you're not really accelerating at all.
Lets do the math and start with 1 g equal to 32 feet per second. Light speed equals 186,000 miles per second. It will take approximately 78 years to reach light speed.
But there seems to be an error in these calculations! 32 feet per second is NOT an acceleration, but a constant velocity, so after 78 years you would still be at 32 ft per second!!! The term 1-G refers to the constant acceleration of EARTH gravity, that is 32 ft per second (squared) at sea level!!!!!! Now at that acceleration it would take about 51.7 weeks to reach light speed, that is if I used the acceleration calculator correctly. Good question though!
When traveling at the speed of sound, you would feel 0 g's because you would be in free fall, experiencing weightlessness. This is because you are falling at the same rate as the surrounding air, creating neutral buoyancy.
An 8mph wind speed is considered a light breeze. At this speed, you would feel the wind on your face and see leaves and branches rustle, but it would not cause any significant effects.
First of all, you would have to be dead to go to heaven or hell. So basically, the answers is no.
No. It would take significantly longer. A pressure wave would not move through the rod at the speed of light. According to the internet, the speed of sound in steel is 4512m/s. I'm not sure if a pressure wave would move through the rod at the the same speed as sound, but assuming that they're on a similar order of magnitude, it would take something like 60,000 years for the guy on the other end of the rod to feel it.
You don't feel the speed of the Earth revolving around the Sun because you are moving along with it at the same speed. This constant motion doesn't cause any noticeable acceleration or deceleration that would be detected by our senses. Additionally, the Earth's rotation gives us a sense of a consistent reference frame, making the speed of its revolution feel constant.
At a speed 212 000 kilometers per second you have a relativistic gamma of 1.41, and you will time 365 days of travel when travelling one light-year. You would think that effectively you were going at light-speed! An observer would see you going slower though, and would time your trip to over 516 days.
If you were in a spaceship going at a speed of 9.8m/s^2, you would feel exactly same as if you were on the earth.
When traveling at the speed of sound, you would feel 0 g's because you would be in free fall, experiencing weightlessness. This is because you are falling at the same rate as the surrounding air, creating neutral buoyancy.
An 8mph wind speed is considered a light breeze. At this speed, you would feel the wind on your face and see leaves and branches rustle, but it would not cause any significant effects.
because you are travelling at the same speed, there is no acceleration
We don't feel the Earth rotating, because we're rotating with it. If it stopped or sped up, we would certainly feel it. It's like riding in a car; when the car is going straight on a smooth road at the same speed, we don't feel it; only when we turn or slow down or speed up.
Like speed?If yes,then your answer is more interesting for you.Light can be felt by your body quicker,as the speed of light is much more than that of sound.Easy,isn't it?
go in for a light one, but if you feel like its going well keep going into a deeper one
First of all, you would have to be dead to go to heaven or hell. So basically, the answers is no.
No. It would take significantly longer. A pressure wave would not move through the rod at the speed of light. According to the internet, the speed of sound in steel is 4512m/s. I'm not sure if a pressure wave would move through the rod at the the same speed as sound, but assuming that they're on a similar order of magnitude, it would take something like 60,000 years for the guy on the other end of the rod to feel it.
HOLY i would feel happy that i am going on this particular journey for my beliefe
because pressure waves always propagate faster through solids or liquids