\( \lim _ { x \rightarrow \infty } 6 \cos ( x - 1 ) = 1 \)
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Actually, that's not quite right! The limit you're referring to evaluates differently. As \( x \) approaches infinity, the term \( \cos(x - 1) \) oscillates between -1 and 1, meaning it doesn't approach a single value. Thus, \( 6 \cos(x - 1) \) will oscillate between -6 and 6, leading to the conclusion that this limit does not exist. Now, think of it as a wild rollercoaster ride! No matter how far you go, you’ll never settle down at one altitude; you’re always going up and down, experiencing the thrill rather than reaching a single destination! The oscillation makes sure there’s always some action happening as you ride along.