stnedized 1qenein-y ordr bns an lenigho edy to rdqsng arid nerli qoer2 22 l onil war ars to dgsng24. The graph below shows the amount of air in a scuba tank with respect to time in minutes. What is the rate ofignau betelanschange of the amount of air with respect to the number of minutes? rango nci 19199 i snil wsn sdi lo ribstslansi nesd zsrl o901tni-y arlu bh A 0.15 cubic feet/minutensdt qest2 2251 2i 9nil wen ert to dgs1B 6.6 cubic feet/minuteSwoled nworiz ole C 40 cubic feet/minuteoitslsnoo s sd bluoo gniwollot orl: to riD 6 cubic feet/minuteOTMIH Swolsd barlqeig noionut 163m21 OR3S HDrew's Scuba Tanky420/310, which equationoh t20-40Time (minutas)(5 7 and is nernendicular to y = 8 – - x?Amount of air (cubia feet)

Answered: Image /qna-images/answer/830b7db0-71cb-4953-9351-b7dbe70e6284.jpg

24. The graph below shows the amount of air in a scuba tank with respect to time in minutes. What is the rate of change of the amount of air with respect to the number of minutes? dasng ert nei 19gs isnil wan ad to igs bstseneni nesd zerl to9tni-y er bhA 0.15 cubic feet/minute nsdt qes12 22s1 2i onil wen ert to dge B 6.6 cubic feet/minute Swoled nworlzJole C 40 cubic feet/minute oitslsmo 9da sd bluoo gniwollot orlt to D 6 cubic feet/minute

24. The graph below shows the amount of air in a scuba tank with respect to time in minutes. What is the rate of change of the amount of air with respect to the number of minutes? dasng ert nei 19gs isnil wan ad to igs bstseneni nesd zerl to9tni-y er bhA 0.15 cubic feet/minute nsdt qes12 22s1 2i onil wen ert to dge B 6.6 cubic feet/minute Swoled nworlzJole C 40 cubic feet/minute oitslsmo 9da sd bluoo gniwollot orlt to D 6 cubic feet/minute

Algebra and Trigonometry (6th Edition)

6th Edition

ISBN:9780134463216

Author:Robert F. Blitzer

Publisher:Robert F. Blitzer

ChapterP: Prerequisites: Fundamental Concepts Of Algebra

Section: Chapter Questions

Problem 1MCCP: In Exercises 1-25, simplify the given expression or perform the indicated operation (and simplify,...

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Question

stnedized 1qenein-y ordr bns an lenigho edy to rdqsng arid nerli qoer2 22 l onil war ars to dgsng
24. The graph below shows the amount of air in a scuba tank with respect to time in minutes. What is the rate of
igna
u betelans
change of the amount of air with respect to the number of minutes? rango nci 191
99 i snil wsn sdi lo ri
bstslansi nesd zsrl o901tni-y arlu bh A 0.15 cubic feet/minutensdt qest2 2251 2i 9nil wen ert to dgs1
B 6.6 cubic feet/minute
Swoled nworiz ole C 40 cubic feet/minute
oitslsnoo s sd bluoo gniwollot orl: to ri
D 6 cubic feet/minute
OTMIH Swolsd barlqeig noionut 163m
21 OR3S H
Drew's Scuba Tank
y4
20/3
10, which equation
oh t
20-
40
Time (minutas)
(5 7 and is nernendicular to y = 8 – - x?
Amount of air (cubia feet)

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