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Posted: **Thu Jul 14, 2022 4:09 pm**

: Express Using Definite Integral The Area Enclosed By Y X2 2 Y X2 X 3 A 30 5 X2 2 X2dx B 3 1 X2 2 X2dx 1 1 (23.51 KiB) Viewed 30 times

Express, using definite integral, the area enclosed by y=x2−2,y=−x2,x=−3, (a.) ∫−30.5x2−2−x2dx (b.) ∫−3−1x2−2+x2dx+∫−10.5−x2−x2+2dx (c.) ∫−3−1x2−2+x2dx+∫−10.5−x2−x2+2dx+∫0.51x2−2+x2dx (d.) ∫−3−1x2−2+x2dx+∫−11−x2−x2+2dx c d b a

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Express, using definite integral, the area enclosed by y=x2−2,y=−x2,x=−3, (a.) ∫−30.5​x2−2−x2dx (b.) ∫−3−1​x2−2+x2dx+∫−1

Express, using definite integral, the area enclosed by y=x2−2,y=−x2,x=−3, (a.) ∫−30.5​x2−2−x2dx (b.) ∫−3−1​x2−2+x2dx+∫−1

Express, using definite integral, the area enclosed by y=x2−2,y=−x2,x=−3, (a.) ∫−30.5x2−2−x2dx (b.) ∫−3−1x2−2+x2dx+∫−1

Express, using definite integral, the area enclosed by y=x2−2,y=−x2,x=−3, (a.) ∫−30.5x2−2−x2dx (b.) ∫−3−1x2−2+x2dx+∫−1