Q18: To evaluate dx, we substitute u = (A) x (B) x (C) x

Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter10: Sequences, Series, And Probability
Section10.3: Geometric Sequences
Problem 44E
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Q 18 please
Q13: The infinite series E-o
is:
(A) Power series (B) absolutely convergent (C) divergent (D) conditionally convergent
Q14: The range of the function y=() is: (A) (-00,00) (B) (-∞0,0) (C) [0,00)
(D) (0,00)
Q15:
Q16: e* ==
(A)
Q17: fx cos x dx =
Q18: To evaluate f
(A)rsin x – cOSI nghe C
Q19: TL
dx
Q20: f 1+x
Q21: √8=
Q22: e* dx =
Q23: sinh 0 =
= (A)
(1)
1+ VE
(A)I
(-1)**1
(A)4G)
(A) √5
dx, we substitute u =
(A) e
1+e-42
(B) +
(Β) Σκο
(-1)+1
kl
(B) I
(A) 0
(B) x cos x - sinx+c (C) x cos x + sinx + c
(B) 4)
(B) In√5-1
(B) 1
e-x
1+1-4x
(C):
(C) Σκαπ
(-1)*x+1
k1
(B) 1
(C)e
(C) 4G)
(C) 0
(C) I
(C) √5-1
(D) x sin x + cos x+c
(C) x
(D) x
Q24: If f(1) = 4 and f'(x) = Ek=0 (+1)! (x-1)*, then f"(1) = (A) 0 (B)
Q25: The general term of the sequence 1,3,5,7,... is: (A)3n-2
(B) n
-8-2
(D)
(D) Σ==o ex*
(B) (C)
(C)2n-1
(D)
4€)
(D) 4
(D) In√5
(D)
(D) 1
(D) 2n-2
Transcribed Image Text:Q13: The infinite series E-o is: (A) Power series (B) absolutely convergent (C) divergent (D) conditionally convergent Q14: The range of the function y=() is: (A) (-00,00) (B) (-∞0,0) (C) [0,00) (D) (0,00) Q15: Q16: e* == (A) Q17: fx cos x dx = Q18: To evaluate f (A)rsin x – cOSI nghe C Q19: TL dx Q20: f 1+x Q21: √8= Q22: e* dx = Q23: sinh 0 = = (A) (1) 1+ VE (A)I (-1)**1 (A)4G) (A) √5 dx, we substitute u = (A) e 1+e-42 (B) + (Β) Σκο (-1)+1 kl (B) I (A) 0 (B) x cos x - sinx+c (C) x cos x + sinx + c (B) 4) (B) In√5-1 (B) 1 e-x 1+1-4x (C): (C) Σκαπ (-1)*x+1 k1 (B) 1 (C)e (C) 4G) (C) 0 (C) I (C) √5-1 (D) x sin x + cos x+c (C) x (D) x Q24: If f(1) = 4 and f'(x) = Ek=0 (+1)! (x-1)*, then f"(1) = (A) 0 (B) Q25: The general term of the sequence 1,3,5,7,... is: (A)3n-2 (B) n -8-2 (D) (D) Σ==o ex* (B) (C) (C)2n-1 (D) 4€) (D) 4 (D) In√5 (D) (D) 1 (D) 2n-2
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