5

# Consider the region E that is above the surface 2 = 0, inside the surface %2 + y2 = 4, and outside of the surface 2 = Vr2 +y .1. Write a a triple integral describin...

## Question

###### Consider the region E that is above the surface 2 = 0, inside the surface %2 + y2 = 4, and outside of the surface 2 = Vr2 +y .1. Write a a triple integral describing the volume of E using Cartesian coordinates (that is, â‚¬, Y, and 2)_ Draw picture to explain: 2_ Same question in cylindrical coordinates_3 Same question in spherical coordinates.Which coordinates would you use, and why? You do not need to compute the integral_

Consider the region E that is above the surface 2 = 0, inside the surface %2 + y2 = 4, and outside of the surface 2 = Vr2 +y . 1. Write a a triple integral describing the volume of E using Cartesian coordinates (that is, â‚¬, Y, and 2)_ Draw picture to explain: 2_ Same question in cylindrical coordinates_ 3 Same question in spherical coordinates. Which coordinates would you use, and why? You do not need to compute the integral_

#### Similar Solved Questions

##### Take Test: Chapter 9.1.9 2 Homework
Take Test: Chapter 9.1.9 2 Homework...
##### Suppose you roll single die 8 times in a rOw. How many sequences of rolls will have at least one 6?
Suppose you roll single die 8 times in a rOw. How many sequences of rolls will have at least one 6?...
##### Evaluate tho indelinite intogral 3Vr + 6e' Josf drIF f() atd %() uze dliHlerentiable functionx . explain why "JW) JOt) dx = @G)? 96")
Evaluate tho indelinite intogral 3 Vr + 6e' Josf dr IF f() atd %() uze dliHlerentiable functionx . explain why "JW) JOt) dx = @G)? 96")...