Question

Evaluate the integral. (sec2(t) i + t(t2 + 1)7 j + t3 ln(t) k) dt

Evaluate the integral. (sec2(t) i + t(t2 + 1)7 j + t3 ln(t) k) dt

Math   Advanced-Math   
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
Evaluate the integral. 7 t^3i+t(t-6)^1/2j+tsin(pit)k dt 6
Evaluate the integral. 7 t^3i+t(t-6)^1/2j+tsin(pit)k dt 6
Evaluate the integral. pi/2 3 sin2(t) cos(t) i + 5 sin(t) cos4(t) j + 4 sin(t)...
Evaluate the integral. pi/2 3 sin2(t) cos(t) i + 5 sin(t) cos4(t) j + 4 sin(t) cos(t) k dt 0
Let F(x, y, z)  =  (3x2 ln(6y2 + 2) + 8z3) i  +  (  12yx3 6y2...
Let F(x, y, z)  =  (3x2 ln(6y2 + 2) + 8z3) i  +  (  12yx3 6y2 + 2 + 7z) j  +  (24xz2 + 7y − 10π sin πz) k and let  r(t)  =  (t3 + 1) i  +  (t2 + 2) j  +  t3 k ,  0  ≤  t  ≤  1. Evaluate   C ∫ C F · dr .
Find T, N, B, aT, aN at t=2 (#13) 13. r(t) = (t3/3)i + (t2/2)j when...
Find T, N, B, aT, aN at t=2 (#13) 13. r(t) = (t3/3)i + (t2/2)j when t > 0
Find the domain of r(t) = 4e^−t i + e^−t j + ln(t − 1)k. (Enter...
Find the domain of r(t) = 4e^−t i + e^−t j + ln(t − 1)k. (Enter your answer using interval notation.)
Consider the parametric curve x = t2, y = t3 + 3t, −∞ < t <...
Consider the parametric curve x = t2, y = t3 + 3t, −∞ < t < ∞. (a) Find all of the points where the tangent line is vertical. (b) Find d2y/dx2 at the point (1, 4). (c) Set up an integral for the area under the curve from t = −2 to t = −1. (d) Set up an integral for the length of the curve from t=−1 to t=1.
Find the curvature of ~r(t) = (t3 −5)~ i + (t4 + 2)~ j + (2t...
Find the curvature of ~r(t) = (t3 −5)~ i + (t4 + 2)~ j + (2t + 3)~ k at the point P(−6,3,1)?
Evaluate the following integral: 1. ∫xsec(square)xdx 2. ∫e(power)t{root(1+e(power)2t)}dt
Evaluate the following integral: 1. ∫xsec(square)xdx 2. ∫e(power)t{root(1+e(power)2t)}dt
Find the osculating plane of r(t) =< t2, 32 t3, t > at (1, 2/3, 1)
Find the osculating plane of r(t) =< t2, 32 t3, t > at (1, 2/3, 1)
Let h be the function defined by H(x)= integral pi/4 to x (sin^2(t))dt. Which of the...
Let h be the function defined by H(x)= integral pi/4 to x (sin^2(t))dt. Which of the following is an equation for the line tangent to the graph of h at the point where x= pi/4. The function is given by H(x)= integral 1.1 to x (2+ 2ln( ln(t) ) - ( ln(t) )^2)dt for (1.1 < or = x < or = 7). On what intervals, if any, is h increasing? What is a left Riemann sum approximation of integral...
ADVERTISEMENT
Need Online Homework Help?

Get Answers For Free
Most questions answered within 1 hours.

Ask a Question
ADVERTISEMENT