Recent content by iamBevan

y2-y1/x2-x1

It is pretty small - I remember hearing that c would be the force required to hold the spring tight, wasn't sure if that was true or not...

Hi guys - we did an experiment at college putting some weights on a spring for our Hooke's Law module. When I graph it I get a value for c, in the equation y=mx+c. Is this correct? Will c have a value? Thanks.

If 1 GeV/c = 5.36 x 10-19 kg-m/s though, why can't I do 25(5.36x10^-19)/particle's mass?

Thank you for your help Bob S - I still can't manage to get the answer though. When I set m to 5.5208x10^27kg, and p to 25GeV/c I end up getting a value that is faster than c when I solve for v. Can anyone help with this?

As the title said :) I'm trying to find the velocity of a particle with a momentum of between 23 and 150 GeV/c. I found that 1 GeV/c = 5.36 x 10^-19 kg-m/s, and tried to divide by the mass of the particle - this just game me values between 7m/s and some crazy numbers. What am I doing wrong :(

Hi guys, I'll start by saying that I've properly looked on Google, and have come up with nothing. I'm looking for a table of data from any experiment that shows time dilation within the data. Just something I can produce a graph from and SHOW the relationship between velocity and time...

Anyone? ANY kind of help would be greatly appreciated.

Hi guys, I am having to write a paper about a topic of interest for my course - I need to include a table with around 100 pieces of data that I will then need to analyse. I've genuinely serached Google, but the truth is, I don't know what data I am looking for. I just don't know what...

Hi - just a question about the Jupiter - Venus conjunction that's happening at the moment. How often does it happen that the two planets appear this close in the sky? Or, better, how could I calculate this?

Sorry, not sure how to delete this post - I have reposted in the homework section...

Hi guys - recently in college we have done an experiment where we drop a ball from 10 different heights, and recorded the bounce height. Obviously all the results were tabulated, and then a graph produced. It turns out that the graph is linear, and I have worked out y=mx+c, so am able to predict...

Hi guys - recently in college we have done an experiment where we drop a ball from 10 different heights, and recorded the bounce height. Obviously all the results were tabulated, and then a graph produced. It turns out that the graph is linear, and I have worked out y=mx+c, so am able to predict...

or maybe something like one of the most hyped papers in the field?

I'm not getting much success with Google - does anyone know where I could find the first paper on cloning ever written?