Which formula would be used to calculate the left rectangle approximation of o 4xdx using five subintervals? O L5 = (0.1)[4(0.0) + 4(0.2) + 4(0.4) + 4(0.6) + 4(0.8)] O L5 = (0.2)[4(0.0) + 4(0.2) + 4(0.4) + 4(0.6) + 4(0.8)] O L5 = (0.2)[4(0.2) + 4(0.4) + 4(0.6) + 4(0.8) + 4(1.0)] O L5 = (0.2)[4(0.1) + 4(0.3) + 4(0.5) + 4(0.7) + 4(0.9)]
Which formula would be used to calculate the left rectangle approximation of o 4xdx using five subintervals? O L5 = (0.1)[4(0.0) + 4(0.2) + 4(0.4) + 4(0.6) + 4(0.8)] O L5 = (0.2)[4(0.0) + 4(0.2) + 4(0.4) + 4(0.6) + 4(0.8)] O L5 = (0.2)[4(0.2) + 4(0.4) + 4(0.6) + 4(0.8) + 4(1.0)] O L5 = (0.2)[4(0.1) + 4(0.3) + 4(0.5) + 4(0.7) + 4(0.9)]
Chapter6: Exponential And Logarithmic Functions
Section6.4: Graphs Of Logarithmic Functions
Problem 60SE: Prove the conjecture made in the previous exercise.
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![Which formula would be used to calculate the left rectangle approximation of
h 4xdx using five subintervals?
O L5 = (0.1)[4(0.0) + 4(0.2) + 4(0.4) + 4(0.6) + 4(0.8)]
O L5 = (0.2)[4(0.0) + 4(0.2) + 4(0.4) + 4(0.6) + 4(0.8)]
O L5 = (0.2)[4(0.2) + 4(0.4) + 4(0.6) + 4(0.8) + 4(1.0)]
O L5 = (0.2)[4(0.1) + 4(0.3) + 4(0.5) + 4(0.7) + 4(0.9)]](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F6539f692-5656-46fd-b828-f0fe9bb331a2%2F08f91e3d-418a-4ea4-9000-ed8527757deb%2F7swvqdq_processed.png&w=3840&q=75)
Transcribed Image Text:Which formula would be used to calculate the left rectangle approximation of
h 4xdx using five subintervals?
O L5 = (0.1)[4(0.0) + 4(0.2) + 4(0.4) + 4(0.6) + 4(0.8)]
O L5 = (0.2)[4(0.0) + 4(0.2) + 4(0.4) + 4(0.6) + 4(0.8)]
O L5 = (0.2)[4(0.2) + 4(0.4) + 4(0.6) + 4(0.8) + 4(1.0)]
O L5 = (0.2)[4(0.1) + 4(0.3) + 4(0.5) + 4(0.7) + 4(0.9)]
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