What formula would be used to calculate the middle rectangle approximation of o x dx using five subintervals? o M5 = (0.2) [(0.0)³ + (0.2)' + (0.4)° + (0.6)³ + (0.8)°] O M5 = (0.1) + (0.3) + (0.5)' + (0.7)³ + (0.9)³ o M5 = (0.2) [(0.1)³ + (0.3)° + (0.5)³ + (0.7)° + (0.9)*] %3D o M5 = (0.2) [(0.2)° + (0.4)' + (0.6)3 + (0.8) + (1.0)'] %3D
What formula would be used to calculate the middle rectangle approximation of o x dx using five subintervals? o M5 = (0.2) [(0.0)³ + (0.2)' + (0.4)° + (0.6)³ + (0.8)°] O M5 = (0.1) + (0.3) + (0.5)' + (0.7)³ + (0.9)³ o M5 = (0.2) [(0.1)³ + (0.3)° + (0.5)³ + (0.7)° + (0.9)*] %3D o M5 = (0.2) [(0.2)° + (0.4)' + (0.6)3 + (0.8) + (1.0)'] %3D
Calculus: Early Transcendentals
8th Edition
ISBN:9781285741550
Author:James Stewart
Publisher:James Stewart
Chapter1: Functions And Models
Section: Chapter Questions
Problem 1RCC: (a) What is a function? What are its domain and range? (b) What is the graph of a function? (c) How...
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![What formula would be used to calculate the middle rectangle approximation of . x dx using five subintervals?
o M5 = (0.2) [(0.0)³ + (0.2) + (0.4)° + (0.6)³ + (0.8)*]
O Ms = (0.1) + (0.3)³ + (0.5)' + (0.7)³ + (0.9)³
o M5 = (0.2) [(0.1)³ + (0.3)° + (0.5)³ + (0.7)° + (0.9)°]
O Ms = (0.2) [(0.2)³ + (0.4)° + (0.6) + (0.8)³ + (1.0)°]
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Transcribed Image Text:What formula would be used to calculate the middle rectangle approximation of . x dx using five subintervals?
o M5 = (0.2) [(0.0)³ + (0.2) + (0.4)° + (0.6)³ + (0.8)*]
O Ms = (0.1) + (0.3)³ + (0.5)' + (0.7)³ + (0.9)³
o M5 = (0.2) [(0.1)³ + (0.3)° + (0.5)³ + (0.7)° + (0.9)°]
O Ms = (0.2) [(0.2)³ + (0.4)° + (0.6) + (0.8)³ + (1.0)°]
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