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Explain why 3^(x)>e^(x)>2^(x) when x>0 , but x0,3^(x)>e^(x)>2^(x)3>e>2xbxx>0,3^(x)>e^(x)>2^(x)3>e>2xbxx>0,3^(x)>e^(x)>2^(x)3>e>2xbxx>0,3^(x)>e^(x)>2^(x)3>e>2xbx3^(x) when x is negative3^(x) when x is negative. D. When x>0,3^(x)>e^(x)>2^(x) because 3>e>2. When xb, then 3^(x)
Explain why
3^(x)>e^(x)>2^(x)when
x>0, but
x0,3^(x)>e^(x)>2^(x)3>e>2xbxx>0,3^(x)>e^(x)>2^(x)3>e>2xbxx>0,3^(x)>e^(x)>2^(x)3>e>2xbxx>0,3^(x)>e^(x)>2^(x)3>e>2xbx3^(x) when x is negative3^(x) when x is negative.\ D. When x>0,3^(x)>e^(x)>2^(x) because 3>e>2. When xb, then 3^(x) when x is negative3^(x) when x is negative.\ C. When x>0,3^(x)>e^(x)>2^(x) because 3>e>2. When xb, then 3^(x) when x is negative.\ D. When x>0,3^(x)>e^(x)>2^(x) because 3>e>2. When xb, then 3^(x) when x is negative3^(x) when x is negative.\ B. When x>0,3^(x)>e^(x)>2^(x) because 3>e>2. When xb, then 3^(x) when x is negative.\ C. When x>0,3^(x)>e^(x)>2^(x) because 3>e>2. When xb, then 3^(x) when x is negative.\ D. When x>0,3^(x)>e^(x)>2^(x) because 3>e>2. When xb, then 3^(x) when x is negative3^(x) when x0,3^(x)>e^(x)>2^(x) because 3>e>2. When xb, then 3^(x) when x is negative.\ B. When x>0,3^(x)>e^(x)>2^(x) because 3>e>2. When xb, then 3^(x) when x is negative.\ C. When x>0,3^(x)>e^(x)>2^(x) because 3>e>2. When xb, then 3^(x) when x is negative.\ D. When x>0,3^(x)>e^(x)>2^(x) because 3>e>2. When xb, then 3^(x) when x is negative 
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Spatial Databases A Tour
Authors: Shashi Shekhar, Sanjay Chawla
1st Edition
0130174807, 978-0130174802
