Which formula would be used to calculate the left rectangle approximation of o 4x dx using five subintervals? O L5 = (0.2)[4(0.2)² + 4(0.4)² + 4(0.6)² + 4(0.8)² + 4(1.0)²] O L5 = (0.2)[4(0.0) + 4(0.2) + 4(0.4) + 4(0.6) + 4(0.8)] O L5 = (0.2)[4(0.0)² + 4(0.2)² + 4(0.4)² + 4(0.6)? + 4(0.8)²] %3D O L5 = (0.2)[4(0.1)2 + 4(0.3)² + 4(0.5)2 + 4(0.7)2 + 4(0.9)²]

College Algebra
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ISBN:9781337282291
Author:Ron Larson
Publisher:Ron Larson
Chapter5: Exponential And Logarithmic Functions
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Problem 39CT: The population P (in millions) of Texas from 2001 through 2014 can be approximated by the model...
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Which formula would be used to calculate the left rectangle approximation of
A 4x- dx using five subintervals?
L5 = (0.2)[4(0.2)2 + 4(0.4)² + 4(0.6)² + 4(0.8)2 + 4(1.0)²]
O L5 = (0.2)[4(0.0) + 4(0.2) + 4(0.4) + 4(0.6) + 4(0.8)]
%D
O L5 = (0.2)[4(0.0)2 + 4(0.2)? + 4(0.4)² + 4(0.6)² + 4(0.8)²]
O Ls = (0.2)[4(0.1)² + 4(0.3)² + 4(0.5)² + 4(0.7)? + 4(0.9)²]
%D
Transcribed Image Text:Which formula would be used to calculate the left rectangle approximation of A 4x- dx using five subintervals? L5 = (0.2)[4(0.2)2 + 4(0.4)² + 4(0.6)² + 4(0.8)2 + 4(1.0)²] O L5 = (0.2)[4(0.0) + 4(0.2) + 4(0.4) + 4(0.6) + 4(0.8)] %D O L5 = (0.2)[4(0.0)2 + 4(0.2)? + 4(0.4)² + 4(0.6)² + 4(0.8)²] O Ls = (0.2)[4(0.1)² + 4(0.3)² + 4(0.5)² + 4(0.7)? + 4(0.9)²] %D
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