It comes from integrating by parts twice. Let

Recall the IBP formula,

Let


Then

Apply IBP once more, with


Notice that the ∫ v du term contains the original integral, so that




Step 1. Simplify

to

Step 2. Simplify

to

Step 3. Simplify

to

Step 4. Cancel

on both sides
Step 5. Multiply both sides by

(the LCM of

)
Step 6. Expand
Step 7. Subtract

from both sides
Step 8. Simplify

to

Step 9. Multiply both sides by


Done! :) Hope this helps! :)
Answer:
Step-by-step explanation:
720,080 in expanded form with components
(7 X 10>50
Answer:
0.04m
Step-by-step explanation:
0.12/3=0.04
Median = 11. Sorry if wrong
If right, pls mark brainliest i wanna get virtuoso.
Have a great day