The SQUEEZE Theorem for Sequences states that, " Suppose there are three rea number sequences, {r}, {yn} and {zn} such that {rn} → L, {zn} – L, ther {yn} → L." Read and study the proof of SQUEEZE THEOREM for real number sequences an use this theorem to prove that If sin n Vn E N, then if {--} ^ (: -}. then sin +0.

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Chapter2: Second-order Linear Odes
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8. The SQUEEZE Theorem for Sequences states that, "Suppose there are three real
number sequences, {rn}, {yn} and {zn} such that {rn} → L, {zn} – L, then
{yn} → L."
Read and study the proof of SQUEEZE THEOREM for real number sequences and
use this theorem to prove that If
1
sinn
1
<- Vn E N,
--
then if
{--) ^ { -}.
then
+ 0.
Transcribed Image Text:8. The SQUEEZE Theorem for Sequences states that, "Suppose there are three real number sequences, {rn}, {yn} and {zn} such that {rn} → L, {zn} – L, then {yn} → L." Read and study the proof of SQUEEZE THEOREM for real number sequences and use this theorem to prove that If 1 sinn 1 <- Vn E N, -- then if {--) ^ { -}. then + 0.
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