Question found in photo Evaluate the Integral 2 4-x zex² + y² dydx - 2 -...
[7pts] Evaluate the iterated integral. 2 1 2(x + y) dydx 0 x2
Using polar coordinates, evaluate the integral so Som x(x2 + y²) dydx. Be careful to check that the limits of integration you use correspond to the region under consideration.
Evaluate the iterated integral by converting to polar coordinates points) | sin(x² + y2)dydx T SHARE Y COMO
question2
1. Interchange the order of integration and evaluate the integral so Ix y dydx. 2. Use Lagrange multipliers to find the points on the curve x4y= 16 nearest the origin. 1 1:2:1 fitant that 1 here the one 7 36r2 + va
Evaluate the following double integral by converting to polar coordinates. This question requires a graph. 4 V32-x2 3yevz**y* dydx 0 x
Evaluate the LaTeX integral: \ int ^ 4_0 \ int ^ 2 _ {\ sqrt
{x}} \ frac {1} {1 + y ^ 3} dydx∫ 0 4 ∫ x 2 1 1 + y 3 dydx, making
a change of integration order
Pregunta 5 15 pts Evalúe la integral So So I had dyda, haciendo un cambio de orden de integración. 1 o in(9) 3e9 V3 NO ESTÁ LA RESPUESTA
QUESTION 4 Evaluate the double integral. 6x2 - 3y) da, where R = [(x, y)/05 x 54 and 1sys 3) -304 304 208 -208 QUESTION 5 T F(x, ) dx dy 1. Change the order of integration of S F(x, y) dy dx Click Save and Submit to save and submit. Click Save All Answers to save all ans esc
Question 5 (20 marks) a) [10 marks] Evaluate: 1 el-X Vx+y(y – 2x)2 dydx. 0 Jo (Hint: consider a change of variable.) b) [10 marks) Find the volume of the solid bounded by the sphere x2 + y2 + z2 = aand the cylinder x2 + y2 = ax, a > 0.
2. Sketch the region of integration, and then evaluate the integral by first converting to polar coordinates. 1 V2-x2 (x + y)dydx
Evaluate the integral
making a change of order of integration.
G sty dydx 119) 의 Evalúe la integral Jo ja tyy 1 dydx, haciendo un cambio de orden de integración. on(9) O NO ESTÁ LA RESPUESTA T O 3e9