When integrating by parts, which formula is typically used?

∫ u dv = uv - ∫ v du

The formula used for integrating by parts is derived from the product rule of differentiation and is expressed as the integral of a product of functions. The correct expression, ∫ u dv = uv - ∫ v du, indicates that you can transform an integral of the product of two functions into a simpler form.

In this formula, the integral of the first function (u) multiplied by the differential of the second function (dv) can be expressed as the product of u and v minus the integral of v multiplied by the differential of u (du). This technique is particularly useful when you have a product of functions and integrating one of them is more straightforward after performing the integration by parts.

The other options present variations that either misapply or misunderstand the foundational principles of integration by parts. For instance, the second option incorrectly states a positive sign instead of a negative, while the remaining choices pertain to basic integral forms not directly related to the method of integration by parts. Therefore, knowing and applying the correct formula is crucial for solving integrals effectively in calculus.

∫ u dv = uv + ∫ v du

∫ dv = u + C

∫ u dx = u^2/2 + C

Want more questions?

All options are one-time payments.

$12.50

30 day premium pass

All the basics to get you started

  • Ad-free experience
  • View your previous attempt history
  • Mobile app access
  • In-depth explanations
  • 30 day premium pass access
$30.00 $87.50 usd

6 month DELUXE pass (most popular)

Everything with the 30 day premium pass FOR 6 MONTHS! & the ultimate digital PDF study guide (BONUS)

  • Everything included in the premium pass
  • $87.50 usd value for $30.00! You save $57.50!
  • + Access to the ultimate digital PDF study guide
  • + 6 months of premium pass access
  • + Priority support
$12.50 $18.99

Ultimate digital PDF study guide

For those that prefer a more traditional form of learning

  • Available for instant download
  • Available offline
  • Hundreds of practice multiple choice questions
  • Comprehensive content
  • Detailed explanations
Image Description
Subscribe

Get the latest from Examzify

You can unsubscribe at any time. Read our privacy policy