roblems ook 15.3 15.5 1014 1028 1, 4, 7, 9, 11, 19 3, …book hw 14 problems 15.3 p1014 1, 4, 7, 9,...

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HW 14 BOOK PROBLEMS 15.3 P1014 1, 4, 7, 9, 11, 19 15.5 P1028 3, 9, FINAL TOPICS ROOM & TIME §15.3 Integrals In Polar Co-ordinates §15.4 Surface Areas 11am Class: Saturday May 16, 7-7:20 pm Canvas & Gradescope 12 Noon Class: Wednesday May 13, 9-9:20 am Canvas & Gradescope PRACTICE You will be computing the volume under the surface z = x 2 + y 2 , above the region R, where R is the portion of the unit disc in the third and fourth quadrants. That is, R is the region where x 2 + y 2 1; y 0. 1) a) Sketch the region R. b) Write R f dA as a type one integral. c) Write R f dA as a type two integral. d) Compute the volume under the surface z = x 2 + y 2 , above R. This Week Monday: No Lecture Tuesday: Surface Area Practice Wednesday: No Lecture Thursday: Old Final Friday: No Lecture; Course Is Over! FINAL INFO Your final will be like any of the other quizzes. The day & time of your final were determined when the course started. No Time Changes, unless you live half-way across the world.

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Page 1: roBlems ook 15.3 15.5 1014 1028 1, 4, 7, 9, 11, 19 3, …Book Hw 14 ProBlems 15.3 P1014 1, 4, 7, 9, 11, 1915.5 P1028 3, 9, Final ToPics room Time 15.3 Integrals In Polar Co-ordinates

Hw 14Book

ProBlems

15.3 P1014 1, 4, 7, 9, 11, 1915.5 P1028 3, 9,

Final

ToPics

room

& Time

§15.3 Integrals In Polar Co-ordinates§15.4 Surface Areas

11am Class: Saturday May 16, 7-7:20 pm Canvas & Gradescope12 Noon Class: Wednesday May 13, 9-9:20 am Canvas & Gradescope

PracTice You will be computing the volume under the surfacez = x2 + y2, above the region R, where R is the portion of theunit disc in the third and fourth quadrants. That is, R is the regionwhere x2 + y2 ≤ 1; y ≤ 0.1) a) Sketch the region R.b) Write

∫ ∫Rf dA as a type one integral.

c) Write∫ ∫

Rf dA as a type two integral.

d) Compute the volume under the surface z = x2 + y2, above R.

2) Let R be the region bounded by the curvesy = 1; y = −1 and x = −1; x = −y2.a) Sketch the regionb) Write

∫ ∫Rf dA as a type one integral.

c) Write∫ ∫

Rf dA as a type two integral.

d) Compute∫ ∫

Rx dx dy

This Week

Monday: No Lecture Tuesday: Surface Area PracticeWednesday: No LectureThursday: Old FinalFriday: No Lecture; Course Is Over!

Final

inFo Your final will be like any of the other quizzes. The day & time of your final were determined when the course started. No Time Changes, unless you live half-way across the world.