.270 of a mile.
The distance gap between each lane is equal to the circumference of the semicircle at the end of the track plus the width of the lane. Assuming each lane has the same width, the runner in the outside lane should receive a head start equivalent to the circumference of one semicircular end plus the width of one lane.
well lets see. on a 400m track every lane out is an extra 40m. 4 laps on a 400m track is a mile. so 6m times 40m is 240m. so one lap around a 400m track in lane 7 would be 640m. a mile is 1609m. 640m goes into 1609 meters 2.5640625 times. 2 and a half laps is a mile in lane 7.
Standard outdoor tracks are 400 meters in length in the first lane which roughly equals 1/4 mile (actually .2485 mile). Distance in the other lanes depends on the length of the turns and the width of the lanes which varies between facilities. Some tracks have been fit into narrow spaces and thus have very short, tight turns and long straights. Similarly lane width plays a roll. The 400m distance is measured along the inside line of lane one so the distance around the second lane should be measured around the inside line of lane 2 (i.e. the outside line of lane 1). If each lane is 2.5 feet wide the distance around lane 2 will be different than if each lane is 3 feet wide. Generally the additional distance added by moving out one lane is between 4 and 6 meters. So lane 2 would be around 406m, lane 3 around 412m, etc. 1m = .0006 mile so you can do the math to figure out the distance of each lane in miles. One way to figure out how many meters each lane adds on the track you're on is to measure the distance between 400m start lines. In lane 1 there is the large Start/Finish line usually stretching across all lanes. In lane 2, a few meters ahead you should find another line (usually a thinner and a different color) with a marking indicating "400." The distance between the general start in lane 1 and the start in lane 2 is equal to the distance lane 2 adds to a full lap. You'll find the same line in each lane at equal distance. These are the lines used to start a 400m race. Each runner must stay in his/her assigned lane for the whole lap so the staggered start lines ensure each runs exactly 400m when the cross the common finish.
400m every lane is the same distance. Yes, the above is true in a 400 metre race! However, if you are training or running for fitness or pleasure on a track, signs often tell you not to run on the inside lane, and you may wonder like I have what the distance is around various lanes. See the answer in this website to: "What is the length of each lane on a running track?" The line around which you run in lane #6 is approximately 440 meters long (439.898 meters long, to be mathematically more precise).
No, the inside lane is shorter, the farther you go out, the longer the lanes become. Standard track lanes are 1.22m wide; therefore the following lengths apply for one lap of each lane: 1 400m (inside) 2 407.67m 3 415.33m 4 423m 5 430.66m 6 433.38m 7 446m 8 453.66m (outside)
It is approximately 56 m longer per lap if you run in the 8th lane instead of lane 1. I think the question asks for the total distance run if you fully run all 8 lanes. If you begin in lane one, then lane 2 etc. through lane 8, this is a convenient way to keep track of how many laps you've done. If the width of the lanes is 1.27 m (50 inches), and you run around the track once in each lane you will have run 400+408.99+415.959+423.939+431.918+439.898+447.878+455.857 = 3424.439 metres. Suggestion: switch lanes at a consistant position on a straight section of track.
To find the stagger of a running track you must first have the lane width, if you don't then find it, and after you get the lane width which is approximately 1.22m meters you multiply it by 2 then by Pi, if you don't know what Pi is it's appro. 3.14 or 22 divided 7, so if the lane width was 1.22 i use the formula, (2 x Pi x lane width), 2 multiplied by 1.22 is 2.44 and then multiplied by Pi (3.14) you get 7.66, so each lane is 7.66 Meters ahead of the other :) HOPE THIS HELPED!
The difference depends on the length of the turns as well as the width of the lanes. A track with 42 inch lanes will be different than a track with 36 in lanes. Also a track with 110 meter turns and 90 meter straights will be different than one with 100 meter turns and straights.
All lanes are equal. You still run the same amount of meters. However, lane one you have to catch up a bit. Lane two is kinda alright. Lanes 3 and 4 are the best. Lane 5 is a focus lane. Lane 6 is an apprehensive lane. Lanes 7 and 8 are lanes where you will have to maintain your speed or pick it up in order to win.
The length of a 400-meter track is actually measured along a "measuring line" that is located in lane 1. The measuring line is exactly 400 meters. The actual location of the measuring is based upon whether there is a raised curb on the inside of track, or not. Go to NCAA.ORG for the specific measurement to the lane. It's approxiamtely 30 from the outside edge of the interior lane 1 line (which is 2-inches wide) for raised curbs, and approximately 20 cm from the outside edge of the interior lane 1 line for no curbs at all.
From the staggered start, it is 400 meters around. The stagger is calculated by subtracting the extra distance one goes around a wider diameter. For each lane it is double the lane width (which in the Olympics is 1.22m) times pi. for each additional lane.