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Find a Reduction Formula for In = and Use

Question 20

Multiple Choice

Find a reduction formula for In = Find a reduction formula for I<sub>n</sub> = and use it to evaluate I<sub>4 </sub> = . dx A) = - , = + C B) = + , = + C C) = - n , = + C D) = + n , = + C E) = + , = + C and use it to evaluate I4 = . Find a reduction formula for I<sub>n</sub> = and use it to evaluate I<sub>4 </sub> = . dx A) = - , = + C B) = + , = + C C) = - n , = + C D) = + n , = + C E) = + , = + C Find a reduction formula for I<sub>n</sub> = and use it to evaluate I<sub>4 </sub> = . dx A) = - , = + C B) = + , = + C C) = - n , = + C D) = + n , = + C E) = + , = + C dx


A) Find a reduction formula for I<sub>n</sub> = and use it to evaluate I<sub>4 </sub> = . dx A) = - , = + C B) = + , = + C C) = - n , = + C D) = + n , = + C E) = + , = + C = Find a reduction formula for I<sub>n</sub> = and use it to evaluate I<sub>4 </sub> = . dx A) = - , = + C B) = + , = + C C) = - n , = + C D) = + n , = + C E) = + , = + C Find a reduction formula for I<sub>n</sub> = and use it to evaluate I<sub>4 </sub> = . dx A) = - , = + C B) = + , = + C C) = - n , = + C D) = + n , = + C E) = + , = + C - Find a reduction formula for I<sub>n</sub> = and use it to evaluate I<sub>4 </sub> = . dx A) = - , = + C B) = + , = + C C) = - n , = + C D) = + n , = + C E) = + , = + C Find a reduction formula for I<sub>n</sub> = and use it to evaluate I<sub>4 </sub> = . dx A) = - , = + C B) = + , = + C C) = - n , = + C D) = + n , = + C E) = + , = + C , Find a reduction formula for I<sub>n</sub> = and use it to evaluate I<sub>4 </sub> = . dx A) = - , = + C B) = + , = + C C) = - n , = + C D) = + n , = + C E) = + , = + C = Find a reduction formula for I<sub>n</sub> = and use it to evaluate I<sub>4 </sub> = . dx A) = - , = + C B) = + , = + C C) = - n , = + C D) = + n , = + C E) = + , = + C Find a reduction formula for I<sub>n</sub> = and use it to evaluate I<sub>4 </sub> = . dx A) = - , = + C B) = + , = + C C) = - n , = + C D) = + n , = + C E) = + , = + C + C
B) Find a reduction formula for I<sub>n</sub> = and use it to evaluate I<sub>4 </sub> = . dx A) = - , = + C B) = + , = + C C) = - n , = + C D) = + n , = + C E) = + , = + C = Find a reduction formula for I<sub>n</sub> = and use it to evaluate I<sub>4 </sub> = . dx A) = - , = + C B) = + , = + C C) = - n , = + C D) = + n , = + C E) = + , = + C Find a reduction formula for I<sub>n</sub> = and use it to evaluate I<sub>4 </sub> = . dx A) = - , = + C B) = + , = + C C) = - n , = + C D) = + n , = + C E) = + , = + C + Find a reduction formula for I<sub>n</sub> = and use it to evaluate I<sub>4 </sub> = . dx A) = - , = + C B) = + , = + C C) = - n , = + C D) = + n , = + C E) = + , = + C Find a reduction formula for I<sub>n</sub> = and use it to evaluate I<sub>4 </sub> = . dx A) = - , = + C B) = + , = + C C) = - n , = + C D) = + n , = + C E) = + , = + C , Find a reduction formula for I<sub>n</sub> = and use it to evaluate I<sub>4 </sub> = . dx A) = - , = + C B) = + , = + C C) = - n , = + C D) = + n , = + C E) = + , = + C = Find a reduction formula for I<sub>n</sub> = and use it to evaluate I<sub>4 </sub> = . dx A) = - , = + C B) = + , = + C C) = - n , = + C D) = + n , = + C E) = + , = + C Find a reduction formula for I<sub>n</sub> = and use it to evaluate I<sub>4 </sub> = . dx A) = - , = + C B) = + , = + C C) = - n , = + C D) = + n , = + C E) = + , = + C + C
C) Find a reduction formula for I<sub>n</sub> = and use it to evaluate I<sub>4 </sub> = . dx A) = - , = + C B) = + , = + C C) = - n , = + C D) = + n , = + C E) = + , = + C = Find a reduction formula for I<sub>n</sub> = and use it to evaluate I<sub>4 </sub> = . dx A) = - , = + C B) = + , = + C C) = - n , = + C D) = + n , = + C E) = + , = + C Find a reduction formula for I<sub>n</sub> = and use it to evaluate I<sub>4 </sub> = . dx A) = - , = + C B) = + , = + C C) = - n , = + C D) = + n , = + C E) = + , = + C - n Find a reduction formula for I<sub>n</sub> = and use it to evaluate I<sub>4 </sub> = . dx A) = - , = + C B) = + , = + C C) = - n , = + C D) = + n , = + C E) = + , = + C , Find a reduction formula for I<sub>n</sub> = and use it to evaluate I<sub>4 </sub> = . dx A) = - , = + C B) = + , = + C C) = - n , = + C D) = + n , = + C E) = + , = + C = Find a reduction formula for I<sub>n</sub> = and use it to evaluate I<sub>4 </sub> = . dx A) = - , = + C B) = + , = + C C) = - n , = + C D) = + n , = + C E) = + , = + C Find a reduction formula for I<sub>n</sub> = and use it to evaluate I<sub>4 </sub> = . dx A) = - , = + C B) = + , = + C C) = - n , = + C D) = + n , = + C E) = + , = + C + C
D) Find a reduction formula for I<sub>n</sub> = and use it to evaluate I<sub>4 </sub> = . dx A) = - , = + C B) = + , = + C C) = - n , = + C D) = + n , = + C E) = + , = + C = Find a reduction formula for I<sub>n</sub> = and use it to evaluate I<sub>4 </sub> = . dx A) = - , = + C B) = + , = + C C) = - n , = + C D) = + n , = + C E) = + , = + C Find a reduction formula for I<sub>n</sub> = and use it to evaluate I<sub>4 </sub> = . dx A) = - , = + C B) = + , = + C C) = - n , = + C D) = + n , = + C E) = + , = + C + n Find a reduction formula for I<sub>n</sub> = and use it to evaluate I<sub>4 </sub> = . dx A) = - , = + C B) = + , = + C C) = - n , = + C D) = + n , = + C E) = + , = + C , Find a reduction formula for I<sub>n</sub> = and use it to evaluate I<sub>4 </sub> = . dx A) = - , = + C B) = + , = + C C) = - n , = + C D) = + n , = + C E) = + , = + C = Find a reduction formula for I<sub>n</sub> = and use it to evaluate I<sub>4 </sub> = . dx A) = - , = + C B) = + , = + C C) = - n , = + C D) = + n , = + C E) = + , = + C Find a reduction formula for I<sub>n</sub> = and use it to evaluate I<sub>4 </sub> = . dx A) = - , = + C B) = + , = + C C) = - n , = + C D) = + n , = + C E) = + , = + C + C
E) Find a reduction formula for I<sub>n</sub> = and use it to evaluate I<sub>4 </sub> = . dx A) = - , = + C B) = + , = + C C) = - n , = + C D) = + n , = + C E) = + , = + C = Find a reduction formula for I<sub>n</sub> = and use it to evaluate I<sub>4 </sub> = . dx A) = - , = + C B) = + , = + C C) = - n , = + C D) = + n , = + C E) = + , = + C Find a reduction formula for I<sub>n</sub> = and use it to evaluate I<sub>4 </sub> = . dx A) = - , = + C B) = + , = + C C) = - n , = + C D) = + n , = + C E) = + , = + C + Find a reduction formula for I<sub>n</sub> = and use it to evaluate I<sub>4 </sub> = . dx A) = - , = + C B) = + , = + C C) = - n , = + C D) = + n , = + C E) = + , = + C Find a reduction formula for I<sub>n</sub> = and use it to evaluate I<sub>4 </sub> = . dx A) = - , = + C B) = + , = + C C) = - n , = + C D) = + n , = + C E) = + , = + C , Find a reduction formula for I<sub>n</sub> = and use it to evaluate I<sub>4 </sub> = . dx A) = - , = + C B) = + , = + C C) = - n , = + C D) = + n , = + C E) = + , = + C = Find a reduction formula for I<sub>n</sub> = and use it to evaluate I<sub>4 </sub> = . dx A) = - , = + C B) = + , = + C C) = - n , = + C D) = + n , = + C E) = + , = + C Find a reduction formula for I<sub>n</sub> = and use it to evaluate I<sub>4 </sub> = . dx A) = - , = + C B) = + , = + C C) = - n , = + C D) = + n , = + C E) = + , = + C + C

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