Please help me to plot this list

ListPlot[{1000,3.7675e-39},
{1100,4.55867e-39},
{1200,5.42519e-39},
{1300,6.36707e-39},
{1400,7.38429e-39},
{1500,8.47686e-39},
{1600,9.64479e-39},
{1700,1.08881e-38},
{1800,1.22067e-38},
{1900,1.36007e-38},
{2000,1.507e-38},
{2100,1.66147e-38},
{2200,1.82347e-38},
{2300,1.99301e-38},
{2400,2.17008e-38},
{2500,2.35468e-38},
{2600,2.54683e-38},
{2700,2.7465e-38},
{2800,2.95372e-38},
{2900,3.16846e-38},
{3000,3.39075e-38},
{3100,3.62056e-38},
{3200,3.85792e-38},
{3300,4.1028e-38},
{3400,4.35522e-38},
{3500,4.61518e-38},
{3600,4.88267e-38},
{3700,5.1577e-38},
{3800,5.44026e-38},
{3900,5.73036e-38},
{4000,6.02799e-38},
{4100,6.33316e-38},
{4200,6.64586e-38},
{4300,6.9661e-38},
{4400,7.29387e-38},
{4500,7.62918e-38},
{4600,7.97202e-38},
{4700,8.3224e-38},
{4800,8.68031e-38},
{4900,9.04576e-38},
{5000,9.41874e-38},
{5100,9.79926e-38},
{5200,1.01873e-37},
{5300,1.05829e-37},
{5400,1.0986e-37},
{5500,1.13967e-37},
{5600,1.18149e-37},
{5700,1.22406e-37},
{5800,1.26739e-37},
{5900,1.31147e-37},
{6000,1.3563e-37},
{6100,1.40189e-37},
{6200,1.44823e-37},
{6300,1.49532e-37},
{6400,1.54317e-37},
{6500,1.59177e-37},
{6600,1.64112e-37},
{6700,1.69123e-37},
{6800,1.74209e-37},
{6900,1.7937e-37},
{7000,1.84607e-37},
{7100,1.89919e-37},
{7200,1.95307e-37},
{7300,2.0077e-37},
{7400,2.06308e-37},
{7500,2.11922e-37},
{7600,2.17611e-37},
{7700,2.23375e-37},
{7800,2.29214e-37},
{7900,2.35129e-37},
{8000,2.4112e-37},
{8100,2.47185e-37},
{8200,2.53326e-37},
{8300,2.59543e-37},
{8400,2.65834e-37},
{8500,2.72202e-37},
{8600,2.78644e-37},
{8700,2.85162e-37},
{8800,2.91755e-37},
{8900,2.98423e-37},
{9000,3.05167e-37},
{9100,3.11986e-37},
{9200,3.18881e-37},
{9300,3.25851e-37},
{9400,3.32896e-37},
{9500,3.40016e-37},
{9600,3.47212e-37},
{9700,3.54484e-37},
{9800,3.6183e-37},
{9900,3.69252e-37},
{10000,3.7675e-37}]

I want to plot the list above, but Mathematica can’t understand e-37. What can I do?
Thank you.

Hi. There’s an example of this same question which has been answered here.

The first thing to do is to turn the exponential notation into regular decimal notation. There’s a number of ways you can do this, but running the data through an importer that handles his kind of syntax is the easiest way in Mathematica 9.

This example from the page is sums up the idea pretty succicintly:

dat = {
   {"   7.9080000e+01   1.9283193e+04"},
   {"   7.9080000e+01   1.9283193e+04"},
   {"   7.9080000e+01   1.9283193e+04"}
   };

ImportString@ExportString[dat, "Table"]

Hi Sean, thank you very much, i will check the link out.