Calculus U.2 Integrals involving inverse trigonometric functionsLWDShare skillCopy the link to this skillshare to facebookshare to twitterTime to get in the zone!Your teacher would like you to focus on skills in .Let's pick a skill from these categories.Let's go!Incomplete answerYou did not finish the question. Do you want to go back to the question?Go backSubmitLearn with an exampleFind the indefinite integral. Use C to represent an arbitrary constant.∫dx16–16x2=Press the down arrow to access symbol buttons. Use arrow keys to navigate the symbol gridccsin-1tan-1sec-1SubmitBack to practiceref_doc_title.Excellent! You got that right!Learn with an exampleJumping to level 1 of 1Excellent!Now entering the Challenge Zone—are you ready?Teacher toolsGroup JamLive ClassroomLeaderboardsWork it outNot feeling ready yet? These can help:H.7Find derivatives of inverse trigonometric functionsH.7Find derivatives of inverse trigonometric functions - Calculus E7Q U.1Find indefinite integrals using substitutionU.1Find indefinite integrals using substitution - Calculus 3N6 U.New!Evaluate definite integrals using substitutionU.New!Evaluate definite integrals using substitution - Calculus VEU II.12Inverses of sin, cos, and tan: radiansII.12Inverses of sin, cos, and tan: radians - Algebra 2 JVB
Work it outNot feeling ready yet? These can help:H.7Find derivatives of inverse trigonometric functionsH.7Find derivatives of inverse trigonometric functions - Calculus E7Q U.1Find indefinite integrals using substitutionU.1Find indefinite integrals using substitution - Calculus 3N6 U.New!Evaluate definite integrals using substitutionU.New!Evaluate definite integrals using substitution - Calculus VEU II.12Inverses of sin, cos, and tan: radiansII.12Inverses of sin, cos, and tan: radians - Algebra 2 JVB