Use the precise definition of a limit to prove the following limit. Specify a relationship between e and & that guarantees the limit exists. lim (8x+3) = 3 X0 Let &>0 be given. Choose the correct proof below. O A. Choose 8 = Then, (8x+3)- 3 <ɛ whenever 0<|x-0 <8. 3 OB. Choose 8 = ɛ. Then, |(8x +3)-3

Calculus: Early Transcendentals
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Chapter1: Functions And Models
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Use the precise definition of a limit to prove the following limit. Specify a relationship between e and & that guarantees the limit exists.
lim (8x+3) = 3
...
Let &>0 be given. Choose the correct proof below.
Then, (8x+ 3)-3 <ɛ whenever 0<|x-0| <8.
3
A. Choose 8 =
O B. Choose 8 = ɛ. Then, (8x + 3) - 3 <ɛ whenever 0 < x- 0<8.
Then, (8x+ 3)- 3| <ɛ whenever 0< |x- 0| < 8.
8
O C. Choose 8 =
D. Choose & = 8ɛ. Then, (8x+3)-3 <ɛ whenever 0< x - 0 <8.
E. None of the above proofs is correct.
Transcribed Image Text:Use the precise definition of a limit to prove the following limit. Specify a relationship between e and & that guarantees the limit exists. lim (8x+3) = 3 ... Let &>0 be given. Choose the correct proof below. Then, (8x+ 3)-3 <ɛ whenever 0<|x-0| <8. 3 A. Choose 8 = O B. Choose 8 = ɛ. Then, (8x + 3) - 3 <ɛ whenever 0 < x- 0<8. Then, (8x+ 3)- 3| <ɛ whenever 0< |x- 0| < 8. 8 O C. Choose 8 = D. Choose & = 8ɛ. Then, (8x+3)-3 <ɛ whenever 0< x - 0 <8. E. None of the above proofs is correct.
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