Question

Use u-substitution to solve and show step by step 1.Find: ∫√(? + 1)?? 2. Find: ∫...

Use u-substitution to solve and show step by step

1.Find: ∫√(? + 1)??

2. Find: ∫ ? √(? + 1) ??

3. Find: ∫ ?^2 √(? + 1) ?? 4.

4. Find: ∫ ?^3√(? + 1) dx

Math   Calculus   
0 0
Add a commentTranscribed image text
Next >

Homework Answers

Answer #1

0 0
Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Log In

Sign Up

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
Use substitution to solve the indefinite integral. a. ∫24x^2/3+4x^6 dx b. ∫ 21dx/(7x+2)^4
Use substitution to solve the indefinite integral. a. ∫24x^2/3+4x^6 dx b. ∫ 21dx/(7x+2)^4
Solve the differential equation yy''= (1/2)(y')2 by using the substitution u=y'
Solve the differential equation yy''= (1/2)(y')2 by using the substitution u=y'
7.1 To solve ∫ ?? / (√7−?^(2))    by trig substitution, we should set x =...
7.1 To solve ∫ ?? / (√7−?^(2))    by trig substitution, we should set x = which of the following ? x = sin θ x = 7 tan θ x = 7 sin θ x = √7 sin θ    x = 72 sin θ x = 7 sin2 θ 7.2 To use Integration by Parts with ∫e^(2x) x^(2) dx , we should choose which ? u = x and dv = ex dx    u = e2x and...
Answer the​ question, concerning the use of substitution in integration. If we use u equals x...
Answer the​ question, concerning the use of substitution in integration. If we use u equals x squaredu=x2 as a substitution to find Integral from nothing to nothing x e Superscript x squared Baseline dx comma∫xex2 dx, then which of the following would be a correct​ result?
Solve. Find the exact solutions to the following equations. Show every step. (2x2+7x)2-2(2x2+7x)=4
Solve. Find the exact solutions to the following equations. Show every step. (2x2+7x)2-2(2x2+7x)=4
Solve the differential equation y' = 1 +te^(-y) using substitution u= e^(y)
Solve the differential equation y' = 1 +te^(-y) using substitution u= e^(y)
Explain the integration technique "u-substitution". When is it appropriate to use u-substitution, as opposed to other...
Explain the integration technique "u-substitution". When is it appropriate to use u-substitution, as opposed to other integration techniques? How do you choose the "u"? Please provide a u-substitution example of your choosing.
1. Find the antiderivative: indefinite integral( sec^2(sqrt(x)dx (a) State substitution. Use w for new variable (b)...
1. Find the antiderivative: indefinite integral( sec^2(sqrt(x)dx (a) State substitution. Use w for new variable (b) Write new integral (c) Write first step in solving new integral (d) Write antiderivative answer 2. definite integral from 0 --> 1 (y + 1) / (e^(3y)) dy Leave answer in exact form but simplify as much as possible (a) Write problem in form so that integration by parts applies. (b) Write next step in solving integral (c) Write answer in exact form
Consider the Bernoulli equation dy/dx + y = y^2, y(0) = −1 Perform the substitution that...
Consider the Bernoulli equation dy/dx + y = y^2, y(0) = −1 Perform the substitution that turns this equation into a linear equation in the unknown u(x). Solve the equation for u(x) using the Laplace transform. Obtain the original solution y(x). Does it sound familiar?
Please show complete, step by step working.    Solve the following equations for 0 ≤ x ≤...
Please show complete, step by step working.    Solve the following equations for 0 ≤ x ≤ 2π, giving your answers in terms of π where appropriate i)          cos x = -√3/2 ii)         2 sin 2x = 1    iii)        cot x = 1/√3      b) Solve the following for 0° ≤ q ≤ 360°, i) sin^2Q = 3/4    ii) 2 sin^2Q - sinQ = 0 {Hint: factor out sinθ)
ADVERTISEMENT
Need Online Homework Help?

Get Answers For Free
Most questions answered within 1 hours.

Ask a Question
ADVERTISEMENT