c. Use the formula $$ \left(\left|E_{M} ight| / ight. $$ (true value) $$ ) imes 100 $$ to express $$ \left|E_{M} ight| $$ as a percentage of the integral's true value. The value of $$ \left|E_{M} ight| $$ as a percentage of the integral's true value is $$ 1.9 \% $$. (Round to one decimal place as needed.) II. Using the Trapezoidal Rule a. Estimate the integral with $$ n=4 $$ steps and find an upper bound for $$ \left|E_{T} ight| $$ $$ T=27 $$ (Round to two decimal places as needed.) The upper bound for $$ \left|E_{T} ight| $$ is 2 . (Round to two decimal places as needed.) b. Using the value of the integral found by evaluating directly in part l.b., find $$ \left|E_{T} ight| $$. $$ \left|E_{T} ight|=\square $$ (Round to two decimal places as needed.)

Question

c. Use the formula $$ \left(\left|E_{M}ight| /ight. $$ (true value) $$ ) 	imes 100 $$ to express $$ \left|E_{M}ight| $$ as a percentage of the integral's true value. The value of $$ \left|E_{M}ight| $$ as a percentage of the integral's true value is $$ 1.9 \% $$. (Round to one decimal place as needed.) II. Using the Trapezoidal Rule a. Estimate the integral with $$ n=4 $$ steps and find an upper bound for $$ \left|E_{T}ight| $$ $$ T=27 $$ (Round to two decimal places as needed.) The upper bound for $$ \left|E_{T}ight| $$ is 2 . (Round to two decimal places as needed.) b. Using the value of the integral found by evaluating directly in part l.b., find $$ \left|E_{T}ight| $$. $$ \left|E_{T}ight|=\square $$ (Round to two decimal places as needed.)

UpStudy AI · Accepted Answer

The upper bound for $$ |E_T| $$ is 2.00. The value of $$ |E_T| $$ depends on the true value of the integral $$ I $$. Use the formula $$ |E_T| = |I - 27| $$ to calculate it.

UpStudy ThothAI Solution

Quick Answer

Step-by-step Solution

UpStudy ThothAI Solution

Quick Answer

Step-by-step Solution

Related Questions