{"version":"1.0","provider_name":"Rainbow Dash Network","provider_url":"http:\/\/rainbowdash.net\/","type":"link","title":"aaaaaaaaaa (aaaaaaaaa)'s status on Friday, 03-Jun-11 00:30:42 UTC","author_name":"aaaaaaaaaa (aaaaaaaaa)","author_url":"http:\/\/rainbowdash.net\/aaaaaaaaa","url":"http:\/\/rainbowdash.net\/notice\/151786","html":"@<span class=\"vcard\"><a href=\"http:\/\/rainbowdash.net\/user\/1449\" class=\"url\" title=\"Edward Kim\"><span class=\"fn nickname\">edman<\/span><\/a><\/span> Actually, I should correct myself: If you only want the acceleration in g forces, then it's actually quite trivial, since you would ignore the acceleration due to gravity."}