Your question is rather poorly formed. Assuming that you meant that there is a spaceship approaching Earth at 99.5% of c, then what they would see with their eyes (via telescopes) is that clocks on Earth would be ticking faster than the ones on the ship.Veronica_Oles said:Homework Statement
If someone on a spaceship looked at a clock on Earth traveling at 99.5% the speed of light what would they notice?
Homework Equations
The Attempt at a Solution
Would they notice that time is faster on earth? Is my assumption correct
yes that's exactly what I meant. Sorry for my poor wording.!phinds said:Your question is rather poorly formed. Assuming that you meant that there is a spaceship approaching Earth at 99.5% of c, then what they would see with their eyes (via telescopes) is that clocks on Earth would be ticking faster than the ones on the ship.
phinds said:Assuming that you meant that there is a spaceship approaching Earth at 99.5% of c, then what they would see with their eyes (via telescopes) is that clocks on Earth would be ticking faster than the ones on the ship.
If there is a spacecraft receding from Earth at 99.5% of c then they would see the clocks on Earth ticking more slowly than the ones on the ship.Veronica_Oles said:yes that's exactly what I meant. Sorry for my poor wording.!
Einstein's Theory of Relativity is a scientific theory that explains the relationship between space and time. It consists of two parts: the Special Theory of Relativity and the General Theory of Relativity. The Special Theory of Relativity explains the laws of physics in non-accelerated frames of reference, while the General Theory of Relativity explains the effects of gravity on objects in space.
Einstein's theory was the result of his own thought experiments and mathematical calculations. He was inspired by the work of other physicists, such as James Clerk Maxwell and Isaac Newton, and also drew on his own observations and experiments. His theory was a breakthrough in the understanding of the laws of physics and has been validated through numerous experiments and observations.
Einstein's Theory of Relativity revolutionized our understanding of space, time, and gravity. It provided a new framework for understanding the laws of physics and has been the basis for many scientific advancements, including the development of nuclear energy and GPS technology. It also laid the foundation for modern theories of cosmology and the study of the universe.
Yes, Einstein's Theory of Relativity is still considered one of the most important and influential scientific theories in history. It has been extensively tested and validated through experiments and observations, and continues to be a fundamental part of our understanding of the natural world. It is also the basis for many modern technologies and ongoing research in fields such as astrophysics and quantum mechanics.
While Einstein's Theory of Relativity has been widely accepted and validated, there have been some criticisms and alternative theories proposed by other scientists. Some have questioned the accuracy of certain predictions made by the theory, such as the existence of black holes. However, these criticisms have not been widely accepted and Einstein's theory remains the dominant framework for understanding the laws of physics.